ACM
ANALOG INPUT / OUTPUT
FEATURES
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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:
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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 47 – 78330 FONTENAY LE FLEURY – FRANCE
Tél.:(33) 1 30 58 90 09 fax:(33) 1 30 58 21 33 http://www.adas.fr
ACM
SPECIFICATIONS
TYPE
DC VOLTAGE VERSION
- Input range
- Input protection
- Input resistance
RMS/DC modules (FIN = 1 KHz) SINUS
- Input range
- Coupling
- Bandwidth
- Accuracy
- Linearity
- Crest factor
CURRENT VERSION
- Type
- Input resistor
- input protection
THERMOCOUPLE VERSION
- Types
- Cold junction compensation
- Compensation error
- Warn up time
- Open-loop detection
PLATINIUM SENSOR VERSION (RTD)
- Type
- Injected current
- Linearization (PT100)
STRAIN GAGE
- Wiring
- Supply bridge
- Sensibility
- Gain
ACCELERO ICP
- Supply
- Coupling
- VIN
FILTERING
- Type
- Cutoff frequency
ANALOG OUTPUT TO THE SYSTEM
- Voltage
- Output impedance
- Max. current
- Accuracy
- Stability
(t = 25°C)
INPUT MODULES
From 50mV to 50V FS (see ordering information)
± 100V DC
1MΩ
From ± 10 mVeff to ± 50 Veff (see ranges)
AC input ZIN = 100 KΩ
40 Hz to 20 KHz (± 1 dB)
± 0,2 % FS (FS to FS/20)
± 0,05 % FS (FS to FS/20)
3 max
0 → 20mA ; 4 → 20mA ; 0 → 40mA
± 2mA; ± 5mA; ± 8mA ; ± 10mA ; ± 20mA ; ± 40mA
≈ 50Ω
24V max
J, K, T, E, R, S
t° = 25°C : ± 2 °C
∆ t° = 10°C to 40°C : ± 1,5°C
10 mn
Yes
3 and 4 wires
1mA
Yes α 1 = 0.00385
Bridge
10,000V / 30mA
10mV / V
100
Constant current 4mA / 24V
AC Fc (LPF) = 0,1Hz
± 5V FS
Low-pass Butterworth 4th order polynomial filter
To be defined on ordering this product (see chart)
± 10V FS
< 10Ω
5mA
± 0,03 % typ. FS (± 0,06 min)
≥ 20ppm/°C
ACM
TYPE
VOLTAGE VERSION
- Levels
- Output drive
- Output resistance
CURRENT VERSION
- Levels
- Output compliance voltage
OTHER
- Accuracy
- Linearity
- Noise
- Bandwidth
- Output setting time
- Stability
- Output enable control
- Output protection
OUTPUT MODULES
0 → 5V ; 0 → 10V
± 5V ; ± 10V
20mA max
0,5Ω
0 → 20mA ; 4 → 20mA
± 20mA
± 10V min
± 0,05 % span
± 0,03 % span
20µA p-p
3 KHz (- 3dB)
100µs
20ppm/°C
Security 0V or 0mA
Continuous short to ground
COMMON SPECIFICATIONS
ISOLATION I/O
-Type
- Rated
- IMR
LOGIC OUTPUTS
- function
- output
POWER SUPPLY
- Consumption
PHYSICAL CHARACTERISTICS
- Dimensions in mm (H x W x D)
- Mounting
ENVIRONMENT
- Operating temperature
- Storage temperature
- Relative humidity
EUROPEAN NORMS
High- voltage breakdown
500Vrms
140dB at 60Kz
Detection of out-of-range or loop error condition
“open collector”, TTL compatible
0,5W typ. 1W max
55 x 50 x 17
DB 25 TYPE
- 10°C to + 70°C
- 20°C to + 85°C
90 % (without condensation)
EMC - EN 61326 - EN 55011 Class A
CE Compliance
ROHS - 2002/95/EC
ACCESSORIES
SHUNT R = 0,01 Ω ou R = 0,1 Ω
10
29/15
CURRENT TRANSDUCER
**
(1% ; 50ppm /°C)
HOW TO ORDER?
HOW TO ORDER?
STB/SHUNT/0.XX
STB/LA55P/**
10
20
50
10A
20A
50A
COMMENT COMMANDER MODULE D'ENTREE ? ACM /IN *** OU ACM/IN***/RMS
FREQUENCE DE COUPURE STANDARD
F1 = 10Hz
F3 = 100Hz
TENSION DC
BIPOLAIRE
F5 = 1KHz
TENSION AC
RMS
VB = ± 50V
VF ± 200V
VA = ± 20V
VD ± 150V
V0 = ± 10V
VC ± 100V
V1 = ± 5V
VB = ± 50V
V2 = ± 2V
V3 = ± 1V
VA
V0
V1
V2
V3
V4 = ± 500mV
V5 = ± 200mV
V6 = ± 100mV
= ± 20V
= ± 10V
= ± 5V
= ± 2V
= ± 1V
Ex : ACM/INV0/RMS
V7 = ± 50mV
V8 = ± 20mV
V9 = ± 10mV
Ex : ACM/INV4
POTENTIOMETRE
VALIM POT = 5,00V
P0 = 0 ⇒ 5V
P1 = 0 ⇒ 10V
Ex : ACM/INP0
FREQUENCE DE COUPURE SPECIALE
F6 = 5KHz
BOUCLE COURANT
BA
BB
F8 = 20KHz
COURANT MOYEN
COURANT ELEVE
= 0/20mA R = 50Ω
(0mA = -10V / 20 mA = + 10V)
10 10A
= 4/20mA R = 50Ω
20 20A
(4mA = -10V / 20 mA = + 10V)
50 50A
BC
= ± 20mA R = 50 Ω
( ± 20mA ⇒ 10V)
BD = 4/20mA R = 50Ω
(4mA = 0V / 20mA = 10V)
BE = 0 / 40mA R = 25Ω
(0mA = -10V ; 40mA = +10V)
BF = ± 8mA R = 50Ω
( ± 8mA ⇒ ±10V)
BG = ± 5mA
( ± 5mA ⇒ ±10V)
Ex : ACM/INBC
RESISTANCE (4 fils)
Référence
R13
R14
R15
F7 = 10KHz
PE
1KΩ
10KΩ
100KΩ
Ex : ACM/IN R1X
INJ
100µA
10µA
10µA
STB/DERIVATION (0,01Ω)
+
module
ACM/IN/V6
ACM/INV9
ACM/INV6/RMS
ACM/INV9/RMS
DC
= ± 10A dc
= ± 1A dc
AC
= ± 10A eff
= ± 1A eff
BP : 40Hz à 20KHz
STB/DERIVATION (0,1Ω)
DC
ACM/IN/V6
= ± 1A dc
ACM/INV9
= ± 100mA dc
AC
ACM/INV6/RMS = ± 1A eff
ACM/INV9/RMS = ± 100A eff
STB/LA55P/**
+
module
DC
ACM/IN/LA55P/DC
AC
ACM/IN/LA55P/RMS
COMMENT COMMANDER MODULE D'ENTREE? ACM /IN ***
THERMOCOUPLES (°C)
TYPE J
SONDE PLATINIUM
A31 ou A41
TYPE K
= - 210 / + 370
k3
= - 210 / + 250
J1
= - 210 / + 705
k2
= - 210 / + 484
B31 ou B41
J0
= - 210 / + 1200
k1
= - 210 / + 964
B32 ou B42
k0
= - 210 / + 1372
= - 50 / + 250°C
T1
= - 270 / + 250
E2
= - 270 / + 290
D31 ou D41
T0
= - 270 / + 390
E1
= - 270 / + 535
D32 ou D42
E0
= - 270 /+ 1000
L31 ou L41
= - 50 / + 400°C
= - 50 / + 800°C
= - 50 / + 50°C
L32 ou L42
TYPE S
1 = α = 0,385
3 = 3 fils
4 = 4 fils
R1
= - 270 / + 960
S1
= - 270 /+ 1030
2 = α = 0,392
R0
= - 270 / + 1650
S0
= - 270 /+ 1768
Ex . : ACM/INB41
F3
= 100Hz
Ex . : ACM/INE2
FREQUENCE COUPURE STANDARD
F1
= 10Hz
F5
= 1KHz
Notes :
z
Ex:ACM/INLM35
IN: +/- 100mV
-50 / + 100°C
ALP: 10V ; Fc: 1 KHz
ACM/INMPX5100
Silicium intégré
C32 ou C42
TYPE E
TYPE R
Ex: ACM/ SG350 Ω
Capteur de pression
C31 ou C41
TYPE T
FONCTIONS SPECIALES
= - 50 / + 100°C
A32 ou A42
J2
PONT DE JAUGE
Les plages thermocouples données ci-dessus sont en valeurs positives PE. C'est aussi possible en
valeurs négatives. Ex : Type K = - 6,458mV = - 210°C
Frescale MPX5100 series
COMMENT COMMANDER MODULE DE SORTIE? ACM/OUT **
ACM/OUT **- I
TENSION
COURANT
VIN = ± 10V
VB
= ± 40V
BA
= 0/20mA RLm = 500Ω
(- 10V = 0mA ; + 10V = 20mA)
VA
= ± 20V
BB
= 4/20mA RLm = 500Ω
(- 10V = 4mA ; + 10V = 20mA)
V0
= ± 10V
BC
= ± 20mA RLm = 500Ω
(-10V = - 20mA ; +10V = 20mA)
V1
= ± 5V
BD
= 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
Haute tension mode commun
Version isolement galvanique