MX590B-R Pressure amplifier Data sheet Special features - Configurable with up to 5 individual pressure transducers - Pressure measurement: absolute, up to 10 ; relative, up to 25 - Sampling rate up to 40 ks/s per channel, active low pass filter - Automatic measuring point identification via TEDS (RFID) - Use in harsh environments (shock, vibration, temperature, dewing, moisture) Block diagram Connection sockets (Walther couplings) 15 Pressure Digital platform P/A A/D RFID in the plug Ethernet IEEE1588 (PTPv2) RFID 1 5 FireWire (IEEE1394b) FireWire Pressure (IEEE1394b) P/A A/D Power RFID in the plug RFID supply
Specifications MX590B-R General specifications Inputs Number Maximal 5 Aufnehmertechnologien pro Anschluss Pressure transducer (integrated) 0 4; absolute 0 6; absolute 0 10; absolute 05 relative 0 16; relative -1 +4; relative -1 +16; relative 0 25; relative A/D conversion per channel 24 bit delta sigma converter Sample rates S/s Decimal: 01 40,000 HBM Classic: 01 19,200 Function Pressure measuring, direct Signal bandwidth, max (-3 db) 0 7,770 (Linear Phase FIR filter) Active low pass filter Bessel, Butterworth, Linear Phase, Filter off 1) Transducer connector 2) Walther Type LP-004 Nippel Less than 10 10 and more Aluminum Stainless steel Supply voltage range (DC) V 10 30 (nominal (rated) voltage 24 V) Supply voltage interruption, max (at 24 V) ms 5 3) Power consumption W < 6 Ethernet (data link) 10Base T / 100Base-TX Protocol (Addressing) - TCP/IP (direct IP address or DHCP) Plug connection - ODU MINI SNAP, 8 pins Max cable length to module m 100 Synchronization options FireWire IEEE1394b Ethernet PTPv2 IEEE1588 Ethernet NTP FireWire based synchronization Ethernet based Precision Time Protocol Ethernet based Network Time Protocol IEEE1394b FireWire (optional voltage supply) IEEE 1394b (HBM modules only) Max current from module to module Plug A - 15 ODU MINI SNAP, 8 pins Max cable length between nodes m 5 Max number of modules connected in series 12 (= 11 hops - ) (daisy chain) Max number of modules in a IEEE1394b FireWire system (including hubs 5) ) - 24 Max number of hops - 14 Nominal (rated) temperature range Altidude de rating Maximum temperature a 0 m Maximum temperature a 2,500 m Maximum temperature a 5,000 m C - C C C -40 +80 dew point resistant - +80 +70 +55 Storage temperature range C -40 +85 Relative humidity % 5 100 Protection class III 6) Degree of protection IP65/IP67 nach EN 60529 1) Filter OFF is recommended only for real-time applications to achieve short latencies 2) Suitable couplings are not included among the items supplied HBM provides versions with TEDS and M12x15 external thread under part numbers 1-CON-S3006T (aluminum with FKM seal) and 1-CON-S3007T (stainless steel with FFKM seal) Information about versions without TEDS: wwwwalther-praezisionde/en 3) Uninterruptible Power Supply (UPS) ) for prolonged interruption of power, available as an accessory 4) Hop: transition from module to module or signal conditioning/distribution via IEEE1394b FireWire (hub, backplane) 5) Hub: IEEE1394b FireWire node or distributor 6) The DC voltage supply must meet the requirements of IEC 60950-1 on a SELV voltage supply HBM 2
Specifications (Continued) EMC requirements per EN 61326-1 Mechanical tests Vibration Acceleration Duration (per axis) Frequency Shock Acceleration Pulse duration (half cosinus) Number of shocks (per axis) Dimensions, horizantal (H x W x D) Weight, max m/s2 min m/s2 ms - mm g as per EN 60068-2-6 50 30 5 to 65 as per EN 60068-2-27 350 6 3 positive, 3 negative 80 x 205 x 172 2,600 Version and order code K-MX590B-R-1-2-3-4-5 For the figures 1 to 5 at the end, please specify the desired order code for channels 1 to 5 Channel: 1 Mesuring range 0 4 absolut 0 6 absolut 0 10 absolut "05 relativ 0 1,6 relativ -1 +4 relativ -1 +10 relativ -1 +16 relativ 0 +25 relativ Empty (blank plate) 2 3 4 5 Color code Order code Blue Green Yellow Red + Black Black Red + Blue Blue + Yellow Orange Brown - A B C D E F G H I 0 Excample: K-MX590B-R-A-A-D-0-H Channel 1 + 2 Channel 3 Channel 4 Channel 5 0 4, absolute "05, relative Empty (blank plate) -1 16 relative 3 HBM
Specifications (Continued) Pressure transducer (all measuring ranges except 500 m) Accuracy class 02 Noise at 25 C with 10 Bessel filter V/V < 001 Zero error % < 01 of full scale value Linearity error % < 01 of full scale value Relative reversibility error % < 0,15 of full scale value Zero drift % / 10 K < 01 of full scale value < 005 of full scale value, typ Full scale drift % / 10 K < 01 of measured value < 005 of measured value typ Long-term-drift % < 01 of full scale value/ year Total error limit % 01 of measured value; 01 of full scale value Pressure transducer (measuring range 500 m) Accuracy class 03 Noise at 25 C with 10 Bessel filter V/V < 002 Zero error % < 02 of full scale value Linearity error % < 01 of full scale value Relative reversibility error % < 015 of full scale value Zero drift % / 10 K < 03 of full scale value < 015 of full scale value, typ Full scale drift % / 10 K < 01 of measured value < 005 of measured value typ Long-term-drift % < 02 of full scale value/ year Total error limit % 01 of measured value; 03 of full scale value HBM 4
Decimal sample rates and digital low pass filters, 4th order Bessel Type -1 db () -3 db () -20 db () Runtime *) (ms) Rise time (ms) Overshoot (%) Sample rate (S/s) 3,041 5,000 9,935 0043 008 36 40,000 1,188 2,000 5,141 013 02 09 40,000 594 1,000 2,561 029 03 085 40,000 296 500 1,273 062 07 08 40,000 118 200 508 16 17 08 40,000 59 100 254 32 35 08 40,000 30 50 127 65 7 08 40,000 12 20 51 164 175 08 40,000 6 10 25 345 35 08 20,000 3 5 13 69 70 08 10,000 12 2 51 168 175 08 10,000 06 1 25 332 350 08 5,000 03 05 13 663 700 08 1,000 01 02 05 1,652 1,750 08 1,000 006 01 025 3,299 3,500 08 500 003 005 013 6,598 7,003 08 100 001 002 005 16,495 17,508 08 100 0006 001 002 32,989 35,016 08 50 *) The A/D Converter's delay time for the sample rate 40 ks/s is 65 s and for all other rates it is 128 s This delay time is not taken into account in the "runtime" column The anti-aliasing filter's delay time (160 s) is not accounted for as well Hence 225 s or 288 s need to be added to the runtime Bessel Decimal sample rate : Bessel filter amplitude response 001 01 1 10 100 1,000 10,000 100,000 10 5 20 500 200 100 2 k 1 k 5 k 2 1 50 db 30 05 02 01 005 002 001 5 HBM
Decimal sample rates and digital low pass filters, 4th order Butterworth Type -1 db () -3 db () -20 db () Runtime (ms) *) Rise time (ms) Overshoot (%) Sample rate (S/s) 5,198 6,000 8,722 008 008 152 40,000 4,274 5,000 7,667 010 009 137 40,000 1,690 2,000 3,491 023 02 11 40,000 844 1,000 1,768 046 04 11 40,000 422 500 888 09 08 11 40,000 169 200 355 22 19 11 40,000 84 100 178 45 39 11 40,000 42 50 89 92 77 11 20,000 17 20 355 23 193 11 20,000 84 10 178 45 39 11 20,000 4 5 89 90 77 11 20,000 17 2 35 225 193 11 20,000 08 1 18 449 387 11 20,000 04 05 09 898 774 11 10,000 017 02 03 2,241 1,930 11 10,000 008 01 018 4,481 3,861 11 5,000 004 005 009 8,962 7,721 11 1,000 002 002 003 22,405 19,303 11 1,000 0008 001 002 44,810 38,606 11 500 *) The A/D Converter's delay time for the sample rate 40 ks/s is 65 s and for all other rates it is 128 s This delay time is not taken into account in the "runtime" column The anti-aliasing filter's delay time (160 s) is not accounted for as well Hence 225 s or 288 s need to be added to the runtime Butterworth Decimal sample rates : Butterworth filter amplitude response 001 01 1 10 100 1,000 10,000 100,000 10 20 5 2 500 200 100 1 k 2 k 6 k 5 k 1 50 db 30 05 02 01 005 002 001 HBM 6
Decimal sample rates and digital low pass filters, linear phase (FIR) Type Linear Phase Start of level drop () -3 db () -20 db () Runtime *) (ms) Rise time (ms) Overshoot (%) Sample rate (S/s) 6,667 7,770 9,220 041 006 86 40,000 3,333 3,800 4,540 078 012 86 40,000 1,667 2,120 2,700 241 028 86 5,000 1,000 1,130 1,300 621 0544 86 2,500 833 1,050 1,345 401 0551 86 2,500 667 840 1,080 48 0694 86 1,000 333 420 540 104 139 86 1,000 167 210 270 269 273 86 500 67 84 108 502 688 86 200 33 42 54 108 138 86 100 *) The A/D Converter's delay time for the sample rate 40 ks/s is 65 s and for all other rates it is 128 s This delay time is not taken into account in the "runtime" column The anti-aliasing filter's delay time (160 s) is not accounted for as well Hence 225 s or 288 s need to be added to the runtime Decimal sample rates: amplitude response, linear phase (FIR) 10 100 1,000 10,000 100,000 833 3,333 1667 6,667 db 30 333 667 167 67 1,000 33 7 HBM
Decimal sample rates and digital low pass filters, Butterworth (FIR) Type Start of level drop () -3 db () -20 db () Runtime *) (ms) Rise time (ms) Overshoot (%) Sample rate (S/s) 1,498 1,700 2,220 32 0285 156 10,000 1,384 1,500 1,887 348 0346 187 10,000 698 750 924 556 0682 187 5,000 344 370 471 141 140 187 2,500 275 300 377 173 175 187 1,000 140 150 185 276 341 187 1,000 69 75 94 718 697 187 500 28 30 37 139 170 187 200 14 15 19 358 349 187 100 *) The A/D Converter's delay time is 128 s This delay time is not taken into account in the "runtime" column The anti-aliasing filter's delay time (160 s) is not accounted for as well Hence 288 s need to be added to the runtime Butterworth Decimal sample rates: Butterworth filter amplitude response (FIR) 1 10 100 1,000 10,000 300 1,700 750 db 30 30 75 150 370 1,500 30 15 HBM 8
Classic HBM sample rates and digital low pass filters, 4th order Bessel Type -1 db () -3 db () -20 db () Runtime (ms) *) Rise time (ms) Overshoot (%) Sample rate (S/s) 2,000 3,210 8,100 015 01 15 19,200 1,000 1,630 4,050 024 02 14 19,200 500 820 2,120 04 043 14 9,600 200 335 860 1 104 1 9,600 100 167 430 2 21 08 9,600 50 83 215 4 428 08 9,600 20 337 85 10 106 08 9,600 10 165 42 20 213 08 9,600 5 84 21 40 416 08 2,400 2 34 85 99 104 08 2,400 1 16 42 200 214 08 2,400 05 083 21 400 420 08 300 02 034 085 1,000 1,060 08 300 01 017 043 2,000 2,130 08 300 005 0084 021 3,940 4,200 08 20 002 0033 0085 10,000 10,600 08 20 001 0017 0042 20,100 21,300 08 20 *) The A/D Converter's delay time for the sample rate 384 ks/s is 65 s and for all other rates it is 128 s This delay time is not taken into account in the "runtime" column The anti-aliasing filter's delay time (160 s) is not accounted for as well Hence 225 us or 288 s need to be added to the runtime Bessel Classic HBM sample rates : Bessel filter amplitude response 10 20 200 1 k 500 50 2 k 100 1,000 10,000 001 002 01 05 2 05 02 1 5 0001 001 01 9 HBM
Classic HBM sample rates and digital low pass filters, 4th order Butterworth Type -1 db () -3 db () -20 db () Runtime (ms) *) Rise time (ms) Overshoot (%) Sample rate (S/s) 2,000 2,360 4,331 02 015 85 19,200 1,000 1,178 2,100 038 03 11 19,200 500 586 1,050 066 066 11 9,600 200 235 420 17 16 11 9,600 100 118 210 346 32 11 9,600 50 59 105 698 66 11 9,600 20 24 42 173 16 11 9,600 10 12 21 349 32 11 9,600 5 6 105 69 66 11 2,400 2 237 424 173 160 11 2,400 1 126 21 347 320 11 2,400 05 06 105 701 660 11 300 02 0236 0421 1,760 1,600 11 300 01 0118 021 3,510 3,200 11 300 005 0059 0105 6,950 6,600 11 20 002 00235 0042 17,500 1,600 11 20 001 0012 0021 34,600 3,200 11 20 *) The A/D Converter's delay time for the sample rate 384 ks/s is 65 s and for all other rates it is 128 s This delay time is not taken into account in the "runtime" column The anti-aliasing filter's delay time (160 s) is not accounted for as well Hence 225 us or 288 s need to be added to the runtime Butterworth Classic HBM sample rates : Butterworth filter amplitude response 10 20 50 1 k 200 500 2 k 100 1,000 10,000 001 002 01 05 2 05 02 1 5 0001 001 01 HBM 10
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Subject to modifications All product descriptions are for general information only They are not to be understood as a guarantee of quality or durability measure HBM and predict with confidence 12 Hottinger Baldwin Messtechnik GmbH Im Tiefen See 45 64293 Darmstadt Germany Tel +49 6151 803 0 Fax +49 6151 803 9100 Email: info@hbmcom wwwhbmcom