ABB-AdvantMaster-S100 I/O system

ABB-AdvantMaster-S100 I/O system

S100 I/O is the central process interface for Advant  Controller 400 series process controllers. Thanks to  built-in cablemarshalling facilities and parallel  communication with the host controller, it is the  right choice for centralized I/O systems and  high-speed applications. The range of process I/O modules is complete,  consisting of general purpose digital and analog  inputs and outputs and special interfaces for special  tasks. These specials include pulse counting,  frequency measuring, positioning, motor speed control and communication with other controllers.  All I/O modules provide simple interfacing, accurate -  yet fast - control, and easy integration of individual  loops into a comprehensive plant-wide control  and supervision system. The interface modules connect to the process  through screw terminals on connection units  normally installed inside, at the back of the cabinet.  This solution keeps noise and destructive voltage  spikes away from the central electronics and provides a neat and tidy process interface that is  easy to maintain. Prefabricated cables interconnect modules with  connection units. The cables come in different  lengths, permitting termination and marshalling  in controller cabinets, in adjacent cabinets, or in  cabinets a greater distance away. There are connection units that support signaloriented or device-oriented field wiring. The former  means that field wires with the same electrical  characteristics (e.g. all 24 V d.c. inputs) are grouped  and terminated together, the latter that field wires  to/from the same field devices are grouped and  terminated together. The combination means  maximum installation flexibility

S100 I/O system  For centralized I/O systems and high-speed applications

On-board processing capabilities The process I/O modules are “intelligent” in the sense  that module-related signal and data processing is  performed on board as opposed to centrally, by the  CPU of the host controller. Time tagging of events,  filtering and gain control are some examples of  board-level tasks. This functional distribution improves  real-time performance and reliability of the system  as a whole and maintains processing capacity when  the system is expanded. Comprehensive self-diagnostics Comprehensive self-diagnostics continuously monitor  the modules and report any errors through LEDs on  the module fronts and through alarm messages and  indications to process operator stations.  Malfunctioning inputs can be disabled and simulated  by manual entry while failing outputs are deactivated  or driven to a predetermined safe state automatically.  All I/O modules can be replaced while the system is in  service. Some modules can even be arranged, transparently into dually redundant configurations  forenhanced availability. High disturbance immunity All modules conform to the highest standards of  electromagnetic noise immunity and satisfy the  requirements of the EU directives 2014/30/EU and  2014/35/EU. For the above reasons, S100 I/O is likely  to be the best help you can get for putting your control system in touch with your field devices.

Technical shortcut Analog inputs ±10 V/±20 mA • 16 ch., differential, 12 bits + sign resolution, CMV ≤ 50 V, CMRR > 100 dB (at 50 Hz), (DSAI 130A) 0…+10 V/0…+20 mA • 32 ch. (DSAI 133A1), single-ended, 12 bits resolution -100…+320/-200…+640°C • 31 measuring + 1 reference ch., Pt100. 3-wire, 12 bits + sign  resolution, (DSAI 146) Thermocouples • 14 measuring, 2 reference + 1 compensation ch., measuring  ranges B, C, E, J, K, R, S and T with grounded or floating output  signals, 12/13 bits + sign resolution, CMV ≤ 16 V,  CMRR > 100 dB (at 50 Hz), (DSAI 155A) Analog outputs ±10 V/±20 mA • 8 ch., 12 bits + sign resolution, galvanically isolated, (DSAO 120A) 0…20 mA • 16 ch., 12 bits resolution, (DSAO 130A) Analog inputs/outputs 0…+10 V/0…+20 mA • 8 input ch., single-ended, 12 bits resolution;  • 8 output ch., 12 bits resolution (DSAX 110A1) Digital inputs 24 V d.c. • 32 ch. in 4 groups, optoisolated, read by scanning or interrupts  (DSDI 110AV12/DSTD 190V1. DSDI 110AV12/DSTD 150A, with screw terminals or  DSDI 110AV12/DSTD 195. galvanic isolated) 24/48 V d.c. • 32 ch. in 4 groups, optoisolated, read by scanning or interrupts  (DSDI 110AV12/DSTD 196P) 48 V d.c. • 32 ch. in 4 groups, optoisolated, read by scanning or interrupts (DSDI 120AV12/DSTD 190V1 or  DSDI 120AV12/DSTD 150A, with screw terminals) 110 V d.c. or 120 V a.c • 32 ch. in 4 groups, optoisolated, read by scanning or interrupts  (DSDI 110AV12/DSTD 197) 230 V a.c. • 32 ch. in 4 groups, optoisolated, read by scanning or interrupts  (DSDI 110AV12/DSTD 198) Digital outputs 24…250 V a.c. or d.c. • 32 ch., (DSDO 115A/DSTD 108P), relay contacts. Relay data: Load current; max. 3 A, min 0.1 A at 24 V d.c. or  2.5 VA a.c. Breaking capacity a.c max 720 VA at cos Φ > 0.4;  d.c. max 44 W at L/R <40 ms. • 32 ch., (DSDO 115A/DSTD 108LP), relay contacts.  Relay data: Load current; max. 200 mA, min 1 mA, 0.05 VA. Breaking capacity a.c max 5 VA at cos Φ > 0.4; d.c. max. 5 W at L/R  <40 ms. 24 V d.c. • 32 ch., short-circuit-proof transistor, max. 500 mA, (DSDO 115A) • 32 ch., (DSDO 115A/DSTD 109P) short-circuit-proof transistor,  max. 2 A Pulse counting and positioning 5/12/24 V d.c. • 12 ch., max. 10 kHz, (DSDP 150) Complete interface (DSDP 140A) for one positioning loop,  consisting of: • Pulse inputs: 3 (A, B and STROBE), ±15 mA, max. 80 kHz DI/DO:  24 V d.c. DO max. 150 mA AO: ±10V/±20 mA, 11 bits resolution Complete interface (DSDP 170) for • 4 position transducers, each circuit consisting of: Pulse inputs:  3 (A, B and STROBE), 5/12/24 V or ±15 mA d.c., max. 2.5 MHz  DI/DO: 24 V d.c. DO max.150 mA Digital speed control of motors Complete interface (DSDC 111) for one d.c. motor, consisting of: 3 pulse inputs for A, B and STROBE 1 DI, 24 V d.c. 1 DO, 24 V, 150 mA d.c. 1 AO, ±10 V/±20 mA, 12 bits resolution 1 Supports transparent dual redundancy. 2 Digital Input Modules with Event detection.