FRnet Boards
Het ICPDAS FR I/O-module is een veelzijdige en betrouwbare oplossing die is ontworpen voor toepassingen op het gebied van op afstand monitoren en besturen in industriële omgevingen. FR staat voor Field Remote I/O, wat aangeeft dat het in staat is om I/O-signalen over lange afstanden uit te breiden. Deze modules worden typisch gebruikt in scenario's waar bedrading tussen sensoren, actuatoren en besturingssystemen uitgebreid is.
Belangrijke kenmerken van het ICPDAS FR I/O-module zijn onder andere:
1. Afstandsconnectiviteit: Hiermee kunt u I/O-signalen op afstand monitoren en besturen over lange afstanden, waardoor de noodzaak voor uitgebreide bedrading wordt verminderd.
2. Modulair ontwerp: Biedt flexibiliteit in systeemconfiguratie door gebruikers in staat te stellen I/O-punten aan te passen op basis van specifieke toepassingsvereisten.
3. Hoge betrouwbaarheid: Gebouwd om bestand te zijn tegen zware industriële omgevingen, zodat betrouwbare werking zelfs onder uitdagende omstandigheden wordt gegarandeerd.
4. Breed scala aan I/O-opties: Ondersteunt verschillende soorten in- en uitgangssignalen, waaronder digitale ingangen, digitale uitgangen, analoge ingangen en analoge uitgangen, die voldoen aan diverse toepassingsbehoeften.
5. Gemakkelijke integratie: Compatibel met standaard industriële communicatieprotocollen, waardoor naadloze integratie met bestaande besturingssystemen mogelijk is.
Al met al biedt het ICPDAS FR I/O-module een kosteneffectieve en efficiënte oplossing voor toepassingen op het gebied van op afstand monitoren en besturen, met flexibiliteit, betrouwbaarheid en gemak van integratie.
ICPDAS FR-2017iT8/16-channel Isolated Analog Input Module With High Voltage Protection And Isolated Communication Line
● Built-in wire-saving FRnet control
● High-speed transmission reliability
● Simple synchronization mechanism
● No software overhead on protocol processing
● Supporting broadcasting (1:n data transmission)
● Duplicating output easily
● Fixed I/O scan-time and I/O synchronization
● DIN-Rail mountable
ICPDAS FR-32R32-channel Relay Output Module
● Built-in FRnet interface
● Real I/O synchronization
● Innovative token-stream technology
● Support Broadcasting
● Real Deterministic Control
● Fixed Scan time: 256 points @ 2.88 ms
● Each bank consists of 8 input channels and has its own ground reference
● ASIC design without CPU
● Memory-map I/O
● No protocol and no software overhead
● Easy Programming and OS-independent
● Din-Rail mountable
● Two-Wire Cabling
● Jumper setting
● Interface circuit
ICPDAS FR-16R16-channel Relay Output Module
● Built-in FRnet interface
● Real I/O synchronization
● Innovative token-stream technology
● Support Broadcasting
● Real Deterministic Control
● Fixed Scan time: 256 points @ 2.88 ms
● Each bank consists of 8 input channels and has its own ground reference
● ASIC design without CPU
● Memory-map I/O
● No protocol and no software overhead
● Easy Programming and OS-independent
● Din-Rail mounting
● Two-Wire Cabling
● Jumper setting
● Interface circuit
ICPDAS FR-32P32-channel Isolated Digital Input Module
● Built-in FRnet interface
● Real I/O synchronization
● Innovative token-stream technology
● Support Broadcasting
● Real Deterministic Control
● Fixed Scan time: 256 points @ 2.88 ms
● Each bank consists of 8 input channels and has its own ground reference
● ASIC design without CPU
● Memory-map I/O
● No protocol and no software overhead
● Easy Programming and OS-independent
● DIN-Rail Mounting
● Two-Wire Cabling
● Jumper setting
● Interface circuit
ICPDAS FR-2057iT16-channel Sink Type Isolated Output Module With Isolated Communication line
● Built-in Wire-saving FRnet DI/DO control
● High-speed transmission reliability
● Simple synchronization mechanism
● No software overhead on protocol processing
● Supporting broadcasting (1:n data transmission)
● Duplicating output easily
● Fixed I/O scan-time and I/O synchronization
● DIN-Rail Mountable
ICPDAS FR-2053iT16-channel Sink/Source Type Isolated Digital Input Module With Isolated Communication line
● Built-in Wire-saving FRnet DI/DO control
● High-speed transmission reliability
● Simple synchronization mechanism
● No software overhead on protocol processing
● Supporting broadcasting (1:n data transmission)
● Duplicating output easily
● Fixed I/O scan-time and I/O synchronization
● DIN-Rail Mountable
ICPDAS FR-205716-channel isolated digital output with 20-pin header
● Built-in Wire-saving FRnet DI/DO control
● High-speed transmission reliability
● Simple synchronization mechanism
● No software overhead on protocol processing
● Supporting broadcasting (1:n data transmission)
● Duplicating output easily
● Fixed I/O scan-time and I/O synchronization
● DIN-Rail Mountable
ICPDAS FR-2046iT16-channel Dry Contact Isolated Digital Input Module With Isolated Communication line
● Built-in Wire-saving FRnet DI/DO control
● High-speed transmission reliability
● Simple synchronization mechanism
● No software overhead on protocol processing
● Supporting broadcasting (1:n data transmission)
● Duplicating output easily
● Fixed I/O scan-time and I/O synchronization
● DIN-Rail mountable
ICPDAS FR-2024iT4-channel Isolated Analog Output Module
● Built-in wire-saving FRnet control
● High-speed transmission reliability
● Simple synchronization mechanism
● No software overhead on protocol processing
● Supporting broadcasting (1:n data transmission)
● Duplicating output easily
● Fixed I/O scan-time and I/O synchronization
● DIN-Rail mountable
ICPDAS FRB-200UIsolated Universal 2-port FRnet Communication Board
● Reduced Wiring two-wire cabling
● Innovative token-stream communication technology
● Real-time I/O synchronization capabilities
● Fixed cyclic scan time for deterministic control
● High speed distributed I/O control capabilities
● Memory-mapping I/O programming
● Easily programmable
● No software overhead for protocol processing
● Universal PCI card, supports both 5V and 3.3V PCI bus
ICPDAS I-8172W2-port FRnet module
● Reduced Wiring two-wire cabling
● Innovative token-stream communication technology
● Real-time I/O synchronization capabilities
● Fixed cyclic scan time for deterministic control
● High speed distributed I/O control capabilities
● Memory-mapping I/O programming
● Easily programmable
● No software overhead for protocol processing