DESCRIPTION The series of analogic modules ACM was developed to answer in a simple way to any type of sensors' conditioning.

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1 ACM ANALOG INPUT / OUTPUT FEATURES Analog Input/Output Modules Voltage Potentiometer Current RTDs and thermocouples Strain gage Accelero ICP Freq => Voltage RMS => DC Etc. Plug and Play Easy identification with eight colours High accuracy ± 0,03 % FS typical Insulation 500Vrms Protected Input/Output Narrow and wide band Fault detection High reliability Very low cost DESCRIPTION The series of analogic modules ACM was developed to answer in a simple way to any type of sensors' conditioning. This simplicity of use was not to the detriment of the quality of the measures because module ACM possesses: Galvanic insulation up to 500Vrms Inputs and Outputs protections Metrological characteristics of class > 12 bits 4th order low-pass filters A defect output in case of abnormality on the signal Modules ACM are presented in eight colors with a clear identification to facilitate the maintenance. Modules ACM are mounted on a STB6x2 for a module 8 and a STB658 to form 16 conditioned inputs or outputs. Furthermore, their cost is very attractive. 9 rue Georges Besse BP FONTENAY LE FLEURY FRANCE Tél.:(33) fax:(33)

2 ACM SPECIFICATIONS (t = 25 C) TYPE INPUT MODULES DC VOLTAGE VERSION - Input range From 50mV to 50V FS (see ordering information) - Input protection ± 100V DC - Input resistance 1MΩ RMS/DC modules (FIN = 1 KHz) SINUS - Input range From ± 10 mveff to ± 50 Veff (see ranges) - Coupling AC input ZIN = 100 KΩ - Bandwidth 40 Hz to 20 KHz (± 1 db) - Accuracy ± 0,2 % FS (FS to FS/20) - Linearity ± 0,05 % FS (FS to FS/20) - Crest factor 3 max CURRENT VERSION - Type 0 20mA ; 4 20mA ; 0 40mA ±2mA; ±5mA; ±8mA ; ±10mA ; ±20mA ; ±40mA - Input resistor 50Ω - input protection 24V max THERMOCOUPLE VERSION - Types J, K, T, E, R, S - Cold junction compensation t = 25 C : ± 2 C - Compensation error t = 10 C to 40 C : ± 1,5 C - Warn up time 10 mn - Open-loop detection Yes PLATINIUM SENSOR VERSION (RTD) - Type 3 and 4 wires - Injected current 1mA - Linearization (PT100) Yes α 1 = STRAIN GAGE - Wiring Bridge - Supply bridge 10,000V / 30mA - Sensibility 10mV / V - Gain 100 ACCELERO ICP - Supply Constant current 4mA / 24V - Coupling AC Fc (LPF) = 0,1Hz - VIN ±5V FS FILTERING - Type Low-pass Butterworth 4th order polynomial filter - Cutoff frequency To be defined on ordering this product (see chart) ANALOG OUTPUT TO THE SYSTEM - Voltage ± 10V FS - Output impedance < 10Ω - Max. current 5mA - Accuracy ± 0,03 % typ. FS (± 0,06 min) - Stability 20ppm/ C

3 ACM TYPE OUTPUT MODULES VOLTAGE VERSION - Levels 0 5V ; 0 10V ±5V ; ±10V - Output drive 20mA max - Output resistance 0,5Ω CURRENT VERSION - Levels 0 20mA ; 4 20mA ± 20mA - Output compliance voltage ± 10V min OTHER - Accuracy ± 0,05 % span - Linearity ± 0,03 % span - Noise 20µA p-p - Bandwidth 3 KHz (- 3dB) - Output setting time 100µs - Stability 20ppm/ C - Output enable control Security 0V or 0mA - Output protection Continuous short to ground COMMON SPECIFICATIONS ISOLATION I/O -Type High- voltage breakdown - Rated 500Vrms - IMR 140dB at 60Kz LOGIC OUTPUTS - function Detection of out-of-range or loop error condition - output open collector, TTL compatible POWER SUPPLY - Consumption 0,5W typ. 1W max PHYSICAL CHARACTERISTICS - Dimensions in mm (H x W x D) 55 x 50 x 17 - Mounting DB 25 TYPE ENVIRONMENT - Operating temperature - 10 C to + 70 C - Storage temperature - 20 C to + 85 C - Relative humidity 90 % (without condensation) EUROPEAN NORMS EMC - EN EN Class A CE Compliance ROHS /95/EC ACCESSORIES 10 29/15 SHUNT R = 0,01 Ω ou R = 0,1 Ω (1% ; 50ppm / C) HOW TO ORDER? STB/SHUNT/0.XX CURRENT TRANSDUCER HOW TO ORDER? STB/LA55P/** ** 10 10A 20 20A 50 50A

4 COMMENT COMMANDER MODULE D'ENTREE? ACM /IN *** OU ACM/IN***/RMS FREQUENCE DE COUPURE STANDARD FREQUENCE DE COUPURE SPECIALE F1 = 10Hz F3 = 100Hz F5 = 1KHz F6 = 5KHz F7 = 10KHz F8 = 20KHz TENSION DC TENSION AC BOUCLE COURANT COURANT MOYEN COURANT ELEVE BIPOLAIRE RMS VB = ± 50V VF ± 200V BA = 0/20mA R = 50Ω VA = ± 20V VD ± 150V (0mA = -10V / 20 ma = + 10V) 10 10A V0 = ± 10V VC ± 100V BB = 4/20mA R = 50Ω 20 20A V1 = ± 5V VB = ± 50V (4mA = -10V / 20 ma = + 10V) 50 50A V2 = ± 2V VA = ± 20V BC = ± 20mA R = 50 Ω STB/DERIVATION (0,01Ω) STB/LA55P/** V3 = ± 1V V0 = ± 10V ( ± 20mA 10V) + + V1 = ± 5V BD = 4/20mA R = 50Ω module module V2 = ± 2V (4mA = 0V / 20mA = 10V) V3 = ± 1V BE = 0 / 40mA R = 25Ω DC DC V4 = ± 500mV (0mA = -10V ; 40mA = +10V) ACM/IN/V6 = ± 10A dc ACM/IN/LA55P/DC V5 = ± 200mV BF = ± 8mA R = 50Ω ACM/INV9 = ± 1A dc V6 = ± 100mV Ex : ACM/INV0/RMS ( ± 8mA ±10V) AC BG = ± 5mA ACM/INV6/RMS = ± 10A eff AC V7 = ± 50mV ( ± 5mA ±10V) ACM/INV9/RMS = ± 1A eff ACM/IN/LA55P/RMS V8 = ± 20mV Ex : ACM/INBC BP : 40Hz à 20KHz V9 = ± 10mV Ex : ACM/INV4 STB/DERIVATION (0,1Ω) DC ACM/IN/V6 = ± 1A dc POTENTIOMETRE RESISTANCE (4 fils) ACM/INV9 = ± 100mA dc VALIM POT = 5,00V Référence PE INJ AC P0 = 0 5V R13 1KΩ 100µA ACM/INV6/RMS = ± 1A eff P1 = 0 10V R14 10KΩ 10µA ACM/INV9/RMS = ± 100A eff R15 100KΩ 10µA Ex : ACM/INP0 Ex : ACM/IN R1X

5 COMMENT COMMANDER MODULE D'ENTREE? ACM /IN *** THERMOCOUPLES ( C) SONDE PLATINIUM PONT DE JAUGE FONCTIONS SPECIALES TYPE J TYPE K A31 ou A41 = - 50 / C A32 ou A42 Ex: ACM/ SG350 Ω Ex:ACM/INLM35 J2 = / k3 = / IN: +/- 100mV -50 / C J1 = / k2 = / B31 ou B41 = - 50 / C ALP: 10V ; Fc: 1 KHz ACM/INMPX5100 J0 = / k1 = / B32 ou B42 Silicium intégré k0 = / Capteur de pression C31 ou C41 = - 50 / C Frescale MPX5100 series TYPE T TYPE E C32 ou C42 T1 = / E2 = / D31 ou D41 = - 50 / C T0 = / E1 = / D32 ou D42 E0 = / L31 ou L41 = - 50 / + 50 C TYPE R TYPE S L32 ou L42 1 = α = 0,385 3 = 3 fils R1 = / S1 = / = α = 0,392 4 = 4 fils R0 = / S0 = / Ex. : ACM/INB41 Ex. : ACM/INE2 FREQUENCE COUPURE STANDARD Notes : F1 = 10Hz F3 = 100Hz F5 = 1KHz Les plages thermocouples données ci-dessus sont en valeurs positives PE. C'est aussi possible en valeurs négatives. Ex : Type K = - 6,458mV = C

6 COMMENT COMMANDER MODULE DE SORTIE? ACM/OUT ** ACM/OUT **- I Haute tension mode commun Version isolement galvanique TENSION COURANT VIN = ± 10V VB = ± 40V VA = ± 20V V0 = ± 10V V1 = ± 5V BA BB BC BD = 0/20mA RLm = 500Ω (- 10V = 0mA ; + 10V = 20mA) = 4/20mA RLm = 500Ω (- 10V = 4mA ; + 10V = 20mA) = ± 20mA RLm = 500Ω (-10V = - 20mA ; +10V = 20mA) = 4/20mA RLm = 500Ω (0V = 4mA ; 10V = 20mA) WB = WIDE BAND BE = 0 / 40mA RLm = 200Ω (-10V = 0mA ; +10V = 40mA) Ex : ACM/OUTVA-WB BF = ± 8mA RLm = 1000Ω ( -10V = - 8mA ; 10V = 8mA) Ex : ACM/OUTBC NB : RLm = R Loop max