seneca i/o distributed system
DESCRIPTION
SENECA I/O distributed systemTRANSCRIPT
I/O DISTRIBUTED SYSTEM
AGENDA
1 CANopen general information
2 SENECA CANopen solution
3 ModBUS/ CANopen Digital I/O modules
4 CANopen Analog I/O modules
6 Configuration Systems: CoDeSys, EASY suite, DIP-switch, EDS
7 Applications
8 Benchmarking
9 Market and sales
5 CPU & INTERFACES
1 CANOPEN GENERAL INFORMATION
CANOPEN FACTS
Industrial communication standard with any market leader “Low Cost”, efficient and open technology (over 22 chip manufactures,
over 300 device & system manufacturers, open specifications) Growing market (since1989 have been sold more approx 2 billions
chip with CAN controllers) Key role in embedded & automotive industry Wide range applications: medical, military, transports, building
automation, packaging, plastic, textile, IC production, sistemi di controllo elevators, rail vehicles, machines
Noise immune, roughness, redundancy, fail-safe High predictability (undetected error probabilty< 10-13) Flexibilty(application profiles for different device class)
Wide range of available chipset
No additional hardware
CANopen Device Model
2 SENECA CANOPEN SOLUTION
SENECA CANOPEN SOLUTION
PROGRAMMING & CONFIGURATION
I/O ANALOG MODULES
I/O DIGITAL MODULES
CPUs & INTERFACES
OTHER DEVICES (3 rd parts master units)
HIGHLIGHTS
EASY WIRING
RESPONSE TIME
ACCURACY
MULTIPLE CONFIG. SYSTEM
ISOLATION
POWER TRANSDUCERS
BAUD RATE
I/O DIRECT CONNECTION
1,5 Kvac (3-6 way)
Plug&Play software suite
CoDeSys
DIP switches
EDS
~ 1 ms (Digital
Channels)
~ 20 ms (4 Analog Channels)
Without couplers / controller
s
Up to 8 sensors
1 MbpsUp to 0,01%
By Backplane (power and
bus)
SWITCHING SUPPLY
SWITCHING PROTOCOL
MODBUS / CANOPEN
(on the same digital
modules)
Vac / Vdc (on the same
hardware)
COMMUNICATION
• TPDO response time to sinc: < 1ms• Variable PDO mapping / linking performing
very fast communication between slaves• Nr max nodes without repeater: 127• Object oriented communication: by PDO and
SDO messages• Low priority (complex) services: by SDO
messages• PDO slave messages: on event or synchronized
CONNECTION SYSTEM
SENECA CANOPEN FEATURES
3MODBUS / CANOPEN DIGITAL I/O MODULES
DIGITAL MODULES HIGHLIGHTS
• ZC-24DI: 24 CH digital input / CANopen• ZC-24DO: 24 CH digital output / CANopen• ZC-16DI-8DO: 16 CH digital input / 8 CH digital output / CANopen
MODBUS / CANOPENprotocol switch
DIGITAL INPUT:IEC EN 61131-2 COMPLIANCE
COUNTERS:32 bit, max 10 kHz
RESPONSE TIME~ 1 ms
DIGITAL OUTPUT:MOSFET, MAX 500 mA per CHANNEL
Z-PC LINE CANopen IO digital modules
ZC-24DI24-CH Digital Input Module
Power Supply 10..40 Vdc, 19..28 Vac
Max Consumption 2,5 W
Isolation 1,5 kVac (3 way)
Response time ~ 1ms
Channels 24
Polarity EN 61131-2 sink (npn)
Counters 8, 32 bit (max 10 kHz)
Operating temperature -10..+65°C
Dimensions 35 x 100 x 112 mm
ZC-24DO24-CH Digital Output Module
Power supply 10..40 Vdc, 19..28 VacMax consumption 2,5 WIsolation 1,5 kVac (3 way)Response time ~1 msChannels 24Output type Mosfet, max 500 mAVext 5..30 VdcOperating temperature -10..+65°C Dimensions 35 x 100 x 112 mm
ZC-16DI-8DO24CH, 16 Digital Input / 8 Digital Output Module
Power Supply 10..40 Vdc, 19..28 Vac
Max Consumption 2,5 W
Isolation 1,5 kVac (3 way)
Response time ~1ms
Digital Inputs 16; Nr 8 with 32 bit counters
(max 10 kHz)
Digital Outputs 8, 32 bit (max 10 kHz); Mosfet,
max 500 mA for channel, Vext: 5..30 Vdc
Operating temperature -10..+65°C
Dimensions 35 x 100 x 112 mm
4 ANALOG CANOPEN I/O MODULES
ANALOG MODULES HIGHLIGHTS
• ZC-8AI: 8 CH analog input / CANopen• ZC-3AO: 3 CH analog output / CANopen• ZC-4RTD: 4 CH RTD (P100, Ni100, Pt500, Pt1000) input / CANopen• ZC-8TC: 8 CH Thermocouple (J,K,E,N,S,R,B,T) / CANopen• ZC-SG: strain gauge input / CANopen
ACCURACY:UP TO 0,01%
POWER TRANSDUCERS
RESPONSE TIME~20 ms
TEMPERATURE RANGE:Pt100: -200..+650°C • Pt500: -200..+750°CPt1000: -200..+210°C • Ni100: -60..+250°CTC: J,K,E,N,S,R,B,T (EN 60584-1)
Z-PC LINE CANopen IO analog modules
ZC-8AI8-CH Analog Input Module (mA, V)
Power Supply 10..40 Vdc, 19..28 Vac
Max Consumption 5 W
Isolation 1,5 KVac (6 way)
Response time 20 ms (4 channels); 40 ms (8 channels)
Accuracy 0,05%
A/D resolution 15 bit
Power transducers 8 sensors (max 22 mA)
Channels 8
Voltage range ±10 V
Current range 0..20, 4..20 mA
Operating temperature -10..+65°C
Dimensions 17,5 x 100 x 112 mm
ZC-3AO3-CH Analog Output Module (mA, V)
Marzo 2009 – Rev.0
Power Supply 10..40 Vdc, 19..28 Vac
Max Consumption 2,5 W
Isolation 1,5 kVac (5 way)
Accuracy 0,05%
A/D Resolution 14 bit
Channels 3
Voltage range ±10 V
Current range 0..20, 4..20 mA
RPDO (0-100% output) < 20 ms
Operating Temperature -10..+65°C
Dimensions 17,5 x 100 x 112 mm
ZC-4RTD4-CH RTD Input Module
Power Supply 10..40 Vdc, 19..28 Vac
Max Consumption 1 W
Isolation 1,5 kVac (6 way)
Accuracy 0,05%
A/D resolution 14 bit
Channels 4
Range Pt100 -200..+650°C
Range PT500 -200..+750°C
Range Pt1000 -200..+210°C
Range Ni100 -60..+250°C
Response time ~20 ms
Operating temperature -10..+65°C
Dimensions 17,5 x 100 x 112 mm
ZC-8TC8-CH Thermocouple input (J,K,E,N,S,R,B,T)
Power Supply 10..40 Vdc, 19..28 Vac
Max Consumption 1 W
Isolation 1,5 KVac (6 way)
Accuracy 0,1%
A/D resolution 15 bit
Channels 8
Thermocouple type J,K,E,N,S,R,B,T (EN 60584-1)
Span -10,1..81,4 mV
Impedance 10 MΩ
Response time ~ 20 ms
Operating temperature -10..+65°C
Dimensions 17,5 x 100 x 112 mm
ZC-SGStrain Gauge Input Module (up to 8 cells)
Power Supply 10..40 Vdc, 19..28 Vac
Max Consumption 1 W
Isolation 1,5 kVac (3 vie)
Accuracy 0,01%
A/D resolution 24 bit
Input Voltage Supply 5 Vdc,
Min impedance 87 Ω (350 Ω, 4 cells, 4 or 6 wire connection, sensibility from 1 to 64 mV
Digital Input Tare Calibration/ Span
Digital output Stable weight/ Threshold
Response time ~ 20ms
Operating temperature -10..+65°C
Dimensions 35 x 100 x 112 mm
6 CPU & INTERFACES
CPU & INTERFACES
Z-TWS-64 ZC-107FO
Z-TWS-3 Z-CANBUS
CAN Master interface, isolated repeater
CANopen fiber optic – bridge and repeater (point-to-point high speed transmission)
64 bit Multi-function controller, CAN, Ethernet, RS232/RS485, ModBUS RTU port on board
Multi-function controller, CAN, Ethernet, RS232/RS485, ModBUS RTU port on board
7 CONFIGURATION SYSTEMS
IEC 61131 programming system (CoDeSys)
EASY suite (plug&play configurators) by RS32
DIP switch (address, baud rate)
I/O modules EDS
Programming & Configuration Methods
8 Applications
APPLICATIONS (1 / 4)
Packaging Machines
Stone cutting machines
Case packaging machines
Lift control systems
Automatic machines
Printing machines
Packaging machines for reseleable food
Bottling lines
APPLICATIONS (2 / 4)
Pick & place machines
Wind generators monitoring
Underwater cable monitoring
Food & beverage machines
Welding monitoring
Wood processing plant
Glass production machine
Textile machines
APPLICATIONS (3 / 4)
Cosmetics production
Pneumatic extraction and conveyor
equipment
Drilling machines
Railway brake system
Failure-tolerant marine automation
system
Scientific applications
Entertainment Vending
APPLICATIONS (4 / 4)
Communication networking
Extrusion Modular machines
Embedded machines
Embedded machines
Constructions Embedded machines
CANopen: application exampleWood press
CANopen: application exampleWood machines
CANopen: application exampleWind generator monitoring
CANopen: application examplePhotovoltaic system
9 Benchmarking
NON SENECA system use a coupler module with CANopen interface and an internal bus communication between the coupler module and I/O’s (this is usually proprietary).
CANopen, is a standard communication system for decentralized and distributed control systems. Therefore there are a lot of different applications (i.e. automotive, machining, packaging) where the distance between sensors / actuators / HMI plays a key role. The benefits of effective remote and distributed I/O’s could become important.
Also for “small size” systems (few I/O’s) the coupler must be used and, in that case, the cost for the whole configuration is remarkable.
REMARKS ABOUT THE I/O SYSTEMS (i.e. Wago, Beckhoff, Moeller)
I/O SOLUTION WITH COUPLER
I/O SOLUTION WITHOUT COUPLER
A traditional I/O system is located in a cabinet and, if the plant/machine is quite big, the cables stretching is significant
Every cable take up space and increase costs
A new I/O’s addition a number of cables (equal to the new signals) must be stretched
-
I/O’s
Sensors / actuactors
Coupler/ controller
HMI / CAN controller
CANopen cable
A distributed remote system allow a direct field connection of sensors/actuactors
Every I/O module has a built-in CANopen protocol (no couplers needed)
A new I/O’s addition requires just the installation of the modules (no extra wiring stretching)
-
ARCHITECTURE OF TRADITIONAL SYSTEMS
ARCHITECTURE OF DISTRIBUTED SYSTEMS
A distributed remote system allow a direct field connection of sensors/actuactors
Every I/O module has a built-in CANopen protocol (no couplers needed)
A new I/O’s addition requires just the installation of the modules (no extra wiring stretching)
-
HMI / CAN controller
CANopen cable
I/O SOLUTION WITHOUT COUPLER
HMI / PLC (CAN Master)
CANopen network,up to 1000 Mt
CANopen network, up to 1000 Mt
Circuit breakers, limit switch, photoelectric ultrasonic and proximity sensors, etc.
Servo drive, with CANopen interface
Variable speed drive, with CANopen interface
Seneca I/O’s can be easily integrated into a CAN network (no couplers needed)
Sensor and actuactors have interfaced and powered by Seneca I/O’s
Only 1 cable (CANopen) needing
Direct connection of sensors All I/O’s assure a fully isolation (1500 V) between field and bus circuits
I/O SOLUTION WITHOUT COUPLER
HMI / PLC (CAN Master)
CANopen network,up to 1000 Mt
CANopen network, up to 1000 Mt
Circuit breakers, limit switch, photoelectric ultrasonic and proximity sensors, etc.
Servo drive, with CANopen interface
Variable speed drive, with CANopen interface
10 Market and sales
CiA members &CAN Chip (per million)
CANopen growing – nodes installation