Transcript LINK 1 to LINKnet

AC890PX High Power Inverter
The history of SSD LINK
1989-1996
• LINK 1 was the first fiber optic peer-to-peer network of its kind.
• Its sole purpose was to control a coordinated drive system.
• Used primarily with the 570L DC Link drive and later, the 590L and
much later, the 620L AC vector Link drive.
• With speeds of 2.7MB, and all modules communicating at the same
time, it was blazing fast for its time.
• Fiber optic cable was thin, light, and was not plagued with electrical
noise issues. A single loop of fiber, linking drive to drive was the only
signal connection required for a coordinated system.
The history of SSD LINK
1989-1996
• There were Link 1 modules for digital and analog I/O, serial
communication and processor modules that provided memory to hold
function blocks. (570L, 590L drives had no function block memory)
• A one-page CRT Link touchscreen provided operator input and
monitoring.
• ConfigEd and SAM software suite was used to program all components
and monitor their performance on-line.
A typical LINK 1 system
Health
DIAGNOSTICS
SPEED DEMAND
E
Local
M
Prog
Run
Brake
Jog
Local
620 VECTOR LINK
EUROTHERM
DRIVES
Processor
Analog I/O
590L
Digital I/O
SERIES
620L
CRT
Touchscreens
Gateway
Repeater
Gateway
PLC
The history of
LINK
1996-2014
• A Link techbox was designed to fit into a standard drive,
allowing it to be used as a Link drive. No more special Link drive.
• Link 2 started to consolidate the highly distributed control of LINK 1,
with the introduction of the LinkRack and LinkScreen
• Individual LINK 1 modules that needed their own 24V supply and RTN
cards were replaced by a Link rack that would fit up to 3 I/O cards and
1 RTN card.
• Racks could hold a communication card to talk directly to a PLC. No
more gateway module, no more gateway repeater.
The history of
LINK
1996-2014
• The touchscreen was now LCD based, and could be configured with
multiple pages of screens. It also doubled-up as a rack.
• Racks and screens were powered by 120VAC, eliminating large
24VDC power supplies used in LINK 1 systems.
• Both the rack and screen had enough memory and storage to hold a 6section drive system configuration.
• DSD software now had the monitoring part built-in. No more separate
packages for designing and set-up/monitoring.
A typical LINK
L
system
L
590+
690+
Analog I/O
LCD
Touchscreen
Link Rack
Analog I/O
Digital I/O
PLC
Digital I/O
Introducing
2014
• LINKnet is an Ethernet based modern version of our SSD LINK fiber
optic system. CAT-6 cables replace fiber. No more repeaters.
• It caters to existing LINK customers whose fiber optic systems are
several years old, and in need of modernization.
• A LINKnet techbox that fits in the same spot as the LINK techbox on
590+ and 690+ drives.
Introducing
2014
• Customers get to keep their panels, 590+ and 690+ drives, and change
out only the techbox and the fiber optic network.
• Huge savings for the customer, resulting in future business.
• Link I/O will be replaced by Ethernet remote I/O modules.
• Any Link touchscreens will be replaced by TS8000 in phase 1.
• It is the new peer-to-peer network for 590+ and 690+ drive systems.
New LINKnet Hardware
Phase I
Phase II
Phase III
(May 2014)
(March 2015)
(December 2015?)
LINKnet Tech. Box
with Ethernet
Peer to Peer Support &
Modbus TCP/IP fieldbus
+ Remote I/O support
LINKnet 890 Option Card
with Ethernet
Peer to Peer Support &
Modbus TCP/IP fieldbus
LINKnet HMI
Ethernet peer to peer
support & Modbus TCP/IP
fieldbus
LINKnet Techbox
Mini USB
programming
port
Ethernet RJ-45
peer-to-peer
port
Reserved
Do not use
6055-LNET-00-00
590+ all frames
690+ frames C-K
External power
24VDC
(not essential)
6053-LNET-00-00
690+ frame B only
6057-LNET-00-00
Din rail mounted for
extra processing
Current Peer to Peer Support
LINK
PLC
fiber optic
590+
690+
AC890
AC890
690+
AC890
L5392
L5300
L5300
PLC
FireWire
TS8000
TS8000
Future Peer to Peer Support
DC590+
LINKnet
AC690+
Modbus
TCP
PLC
Modbus TCP/IP
3rd Party
HMI
AC890
AC890
3rd Party
Remote I/O
TS8000
I/O support
Modular Input and Output Modules
A node can consist of a combination of analog, digital, and specialty I/O modules, with
different potentials and signals (up to 230VAC). Up to 64 I/O modules* can be inserted in a
node.
• Over 400 different I/O modules
• Digital Inputs & Outputs
5-240 VDC & 24 - 230 VAC
(1, 2, 4, 8 & 16 Channel Devices)
• Analog Inputs & Outputs
0-10 V, +/-10 V, 4-20 ma, thermocouple, RTD; 3
PH power measure. (differ. & single ended)
• Specialty Modules
Counters, encoders, serial interface (RS232 &
RS485), AS Interface, Vibration, DC Drive
* System can support up to 250 I/O modules with Bus Extension modules.
Bus Extension Modules
Bus Extension Modules make panel layout flexible.
• Max. no. of I/O
modules: 250
• Max. no. of bus
extensions: 10
• Cable length: 5m
• Cable: STP-cable
with RJ45 (straight
through cable)
DSE programming & on-line Software
ConfigEd / DSD > DSE highlights
• DSE replaces ConfigEd, SAM and DSD as the software tool for both
designing and on-line use. Version 3.00 or later supports LINKnet.
• Newer platform, compatible with Windows XP, 7, 8, 32/64 bit.
• Newer features like remote IP address access.
• More intuitive interface, with icons for frequently used features.
• Monitoring and Charting of any parameter from any address.
• Several other ease-of-use improvements.
LINKnet - DSE advantages
• No more -100 to + 100% limitation, as in LINK 1 and 2.
• No more 83.33% scaling for speed signals.
• No more 50% scaling for torque and current signals.
• Easy setup and mapping for I/O and communication cards.
• Update on-line from within DSE. No more Manger
• Import/export projects from inside DSE. No more Manager.
DSE packages
• DSE Development is the designer’s package. It creates and manages
projects and configurations of entire lines.
• DSE Runtime is the maintenance package. It has full editing rights,
same as DSE Development, but it cannot be used to program new
projects or new modules.
• If you have ConfigEd or DSD, you will need to purchase the
equivalent DSE package.
• If you have DSE already, there is no charge. Just update to version
3.00 or later by checking for updates from within DSE.
Read and write directly to Ethernet I/O
Read and write directly to PLC or HMI
Mapping PLC and HMI I/O
Access drive parameters by Tag number
Network Diagnostics
Ethernet comms
TB to drive comms
• System Control block now monitors Ethernet network integrity
• System Control block now monitors TB to drive comms
• All these outputs can be actioned as desired or displayed on HMI
Retrofit plan
Upgrade scope
When trying to specify an upgrade for an existing LINK line, use the
following guidelines:
•
•
•
•
•
•
•
•
Is it a LINK 1 system or a LINK 2 system?
How many drive sections?
How many locations/enclosures?
How many points of analog and digital I/O?
Where is the I/O distributed?
How many touchscreens? How many total pages?
How much extra processing in various modules?
Any fieldbus communication present?
LINK 1 to LINKnet
1 DC drive
DIAGNOSTICS
SPEED
DEMAND
EUROTHERM
DRIVES
2 AC drives
E
Local
M
Prog
Jog
He
alt
hR
u
Bn
ra
Lo
ke
cal
620SERIES
VECTOR LINK
DIAGNOSTICS
SPEED
DEMAND
EUROTHERM
DRIVES
E
Local
M
Prog
Jog
He
alt
hR
u
Bn
ra
Lo
ke
cal
3 screens
1 page each
620SERIES
VECTOR LINK
1 page
LINK 1
Processor
Fiber optic
620L
620L
Analog I/O Digital I/O
Gateway
Repeater
590L
4 in, 1 out
CRT
Touchscreens
Gateway
6 in, 4 out
Is it a LINK 1 system or a LINK 2 system?
How many drive sections?
How many locations/enclosures?
How many points of analog and digital I/O?
Where is the I/O distributed?
How many touchscreens? How many total pages?
How much extra processing in various modules?
Any fieldbus communication present?
Ethernet
PLC
PLC
LINK 1
1 DC, 2 AC (new drives)
3
Analog 4+1, Digital 6+4
1 location
3 screens, 3 pages, no proc.
1 page
Ethernet
LINK 1 to LINKnet solution
DIAGNOSTICS
SPEED
DEMAND
EUROTHERM
DRIVES
E
Local
M
Prog
Jog
He
alt
hR
u
Bn
ra
Lo
ke
cal
620SERIES
VECTOR LINK
LINK 1
Processor
Fiber optic
DIAGNOSTICS
SPEED
DEMAND
EUROTHERM
DRIVES
E
Local
M
Prog
He
alt
hR
u
Bn
ra
Lo
ke
cal
620SERIES
VECTOR LINK
620L
620L
Analog I/O Digital I/O
Gateway
Repeater
590L
Jog
CRT
Touchscreens
Gateway
PLC
Protocol
converter *
LINKnet
Ethernet
E-Switch
590+
690+
Modbus
TCP
PLC
690+
TS8000
Remote I/O
LINK to LINKnet
2 AC drives
1 DC drive
1 page
1 screen
3 pages
3 pages
processing
Dig. 6 in, 4 out
Ana. 4 in, 1 out
Comms: Ethernet
4 pages processing
LINK
PLC
fiber optic
590+
690+
690+
Is it a LINK 1 system or a LINK 2 system?
How many drive sections?
How many locations/enclosures?
How many points of analog and digital I/O?
Where is the I/O distributed?
How many touchscreens? How many total pages?
How many Racks?
How much extra processing in various modules?
Any fieldbus communication present?
L5392
L5300
Ethernet
PLC
LINK 2
1 DC, 2 AC (same drives)
3
Analog 4+1, Digital 6+4
1 location
1 screen, 3 pages, 3 proc.
1 rack, 4 processing pages.
3+4 pages
Ethernet
LINK to LINKnet
solution
LINK
PLC
fiber optic
590+
690+
690+
L5392
L5300
LINKnet
Ethernet
E-Switch
590+
690+
Modbus
TCP
PLC
690+
TS8000
Remote I/O
Upgrade opportunities
• SSD Drives has over 1200 LINK systems in the field. There are many
more designed by our Integrators.
• Most are ripe for modernization.
• LINKnet opens the door to:
• Sales opportunities
• Modern Ethernet network
• Same look and feel for the Customer
• Easier integration with PLC and I/O
• Customer retention
Thank You!