Pepperl+Fuchs
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- Allows direct connection from a VisuNet Remote Monitor (with RM Shell 4.1 or newer) to a host system
- Supports concurrent remote and local access to an Operator Workstation
- Galvanic Isolation I.S. to non-I.S. Port
- 10/100 MBit/s according to IEEE 802.3/.3u
- Installation in Zone 2, Ethernet in Zone 1 or Zone 0
- Standard Ethernet patch or crossover cable
- DIN-Rail mounted and OEM Version
- Galvanic Isolation I.S. to non-I.S. Port
- 10/100 MBit/s according to IEEE 802.3/.3u
- Installation in Zone 2, Ethernet in Zone 1 or Zone 0
- Standard Ethernet patch or crossover cable
- DIN-Rail mounted and OEM Version
- Replaceable SIM
- Global certificates - a common hardware platform
- Android 8.1 operating system
- Wireless connections such as WWAN, 4G LTE, WLAN, etc.
- Android Enterprise Recommended verified device
- GPS
- NFC technology for wireless applications
- Service contract
- Special buttons for push-to-talk (PTT) applications
- Special buttons for lone worker protection (LWP) applications
- Latest available Android version for this device
- Replaceable SIM
- Global certificates - a common hardware platform
- Android 8.1 operating system
- Wireless connections such as WWAN, 4G LTE, WLAN, etc.
- Android Enterprise Recommended verified device
- GPS
- NFC technology for wireless applications
- Service contract
- Special buttons for push-to-talk (PTT) applications
- Special buttons for lone worker protection (LWP) applications
- Latest available Android version for this device
- 1-channel
- Fully compatible replacement for FB3203B
- Input Ex ia
- Installation in suitable enclosures in Zone 1
- Module can be exchanged under voltage (hot swap)
- Power supply for 2- or 3-wire transmitters with 4 mA ... 20 mA
- Supply circuit 15 V (20 mA)
- Input from active signals of 4-wire transmitters
- HART communication via field bus or service bus
- HART communication also for separately powered devices
- Simulation mode for service operations (forcing)
- Line fault detection (LFD) and Live Zero monitoring
- Permanently self-monitoring
- 4-channel
- Inputs Ex ia
- Installation in suitable enclosures in Zone 1
- Module can be exchanged under voltage (hot swap)
- Power supply for 2-wire transmitters with 4 mA ... 20 mA
- Supply circuit 15 V (20 mA)
- Input from active signals of 4-wire transmitters
- Simulation mode for service operations (forcing)
- Line fault detection (LFD): one LED per channel
- Permanently self-monitoring
- 4-channel
- Inputs Ex ia
- Installation in suitable enclosures in Zone 1
- Module can be exchanged under voltage (hot swap)
- Power supply for 2-wire transmitters with 4 mA ... 20 mA
- Supply circuit 15 V (20 mA)
- Input from active signals of 4-wire transmitters
- HART communication via field bus or service bus
- Simulation mode for service operations (forcing)
- Line fault detection (LFD)
- Permanently self-monitoring
- 4-channel
- Outputs Ex ia
- Module can be exchanged under voltage (hot swap)
- Installation in suitable enclosures in Zone 1
- Analog output module for 0/4 mA ... 20 mA
- HART communication via field bus or service bus
- Simulation mode for service operations (forcing)
- Line fault detection (LFD): one LED per channel
- Permanently self-monitoring
- 4-channel
- Outputs Ex ia
- Installation in suitable enclosures in Zone 1
- Module can be exchanged under voltage (hot swap)
- Analog output module for 0/4 mA ... 20 mA
- HART communication via field bus or service bus
- Simulation mode for service operations (forcing)
- Line fault detection (LFD): one LED per channel
- Permanently self-monitoring
- Output with bus-independent safety shutdown
- 8-channel
- Outputs Ex ib
- Installation in suitable enclosures in Zone 1
- Module can be exchanged under voltage (hot swap)
- Galvanic group isolation
- Line fault detection (LFD)
- Positive or negative logic selectable
- Simulation mode for service operations (forcing)
- Permanently self-monitoring
- Output with watchdog
- Output with bus-independent safety shutdown input
- 8-channel
- Outputs Ex ib
- Installation in suitable enclosures in Zone 1
- Module can be exchanged under voltage (hot swap)
- Galvanic group isolation
- Line fault detection (LFD)
- Positive or negative logic selectable
- Simulation mode for service operations (forcing)
- Permanently self-monitoring
- Output with watchdog
- Output with bus-independent safety shutdown
- Interface between the I/O modules and the PCS/PLC
- Com unit for 80 analog or 184 digital channels
- Communication via MODBUS TCP
- Installation in suitable enclosures in Zone 1
- Module can be exchanged under voltage (hot swap)
- HART communication via MODBUS TCP
- Configuration via FDT 1.2 DTM
- Non-volatile memory for configuration and parameter settings
- Self configuration in redundant systems
- Permanently self-monitoring
- Outputs drive to safe state in case of failures
- Standard enclosure for FB-System
- Max. 5 slots for I/O modules
- For FOUNDATION Fieldbus H1
- Impact resistance enclosure, IP66/NEMA 4X
- Packaged certified solution
- Installation in Zone 1
- 8 segments, individual modules per segment
- Supports all PLC and PCS hosts
- High-power trunk: Live work on devices in any hazardous area
- Features for best signal quality, low heat dissipation
- For FOUNDATION Fieldbus H1 and PROFIBUS PA
- Optional advanced diagnostics
- Passive impedance and CREST technology for high reliability
- Supports Ex ic/nL voltage limitation
- Installation in Zone 2/Div. 2
- 4 segments, redundant, individual modules per segment
- Supports all PLC and PCS hosts
- High-power trunk: Live work on devices in any hazardous area
- Features for best signal quality, low heat dissipation
- For FOUNDATION Fieldbus H1 and PROFIBUS PA
- Optional advanced diagnostics
- Passive impedance and CREST technology for high reliability
- Supports Ex ic/nL voltage limitation
- Installation in Zone 2/Div. 2
- 8 segments, redundant, individual modules per segment
- Customized for Invensys, FBM228
- High-power trunk: Live work on devices in any hazardous area
- Best quality, smallest size and lowest heat dissipation
- For FOUNDATION Fieldbus H1
- Optional advanced diagnostics
- Passive impedance for high reliability
- Dual, redundant bulk power connections
- Comprehensive diagnostics for the fieldbus physical layer
- Handheld with display and integrated expert system
- Fieldbus interface Ex ia, FISCO, Entity, and DART
- For commissioning, online monitoring and troubleshooting
- For FOUNDATION Fieldbus H1 and PROFIBUS PA
- Multi-language support
- Operation in Zone 1/Class I, Div. 1
- Choice of power options for different operating modes
- PC software for enhanced interface and data backup
- Comprehensive diagnostics for fieldbus physical layer and power supply
- Plug-in Module for the FieldConnex Power Hub
- Precise measurements through passive circuits
- For commissioning, online monitoring and troubleshooting
- For FOUNDATION Fieldbus H1 and PROFIBUS PA
- Installation in Zone 2/Class I, Div. 2
- System state and fault indication via LEDs
- Display of data in the safety of the control room
- Automatic setup of diagnostic system
- Full software integration into PCS and PAM possible
- Diagnostics for fieldbus physical layer and power supply
- Plug-in Module for the FieldConnex Power Hub
- Plug and play - no engineering required
- For online monitoring
- For FOUNDATION Fieldbus H1 and PROFIBUS PA
- Installation in Zone 2/Class I, Div. 2
- System state and fault indication via LEDs
- Alarm limits configurable via DIP switches
- Fault indication transmission by voltage free contact
- Output: 21 ... 23 V/500 mA
- Voltage limitation for Entity ic and Ex nL
- With galvanic isolation
- Installation in Zone 2/Class I, Div. 2
- For FOUNDATION Fieldbus H1 and PROFIBUS PA
- High efficiency, low heat dissipation for high packing density
- Hot swappable in redundant configuration
- Module exchange without tools during operation
- Output: 28 ... 30 V/500 mA
- High-power trunk for high device count and long cable lengths
- With galvanic isolation
- Installation in Zone 2/Class I, Div. 2
- For FOUNDATION Fieldbus H1 and PROFIBUS PA
- High efficiency, low heat dissipation for high packing density
- Hot swappable in redundant configuration
- Module exchange without tools during operation
- PROFIBUS DP V1 / For 4 segments PA
- Couples PROFIBUS PA devices transparently to PROFIBUS DP
- Optional redundant configuration
- Installation in Zone 2/Class I, Div. 2
- Up to 12 Mbit/s, auto adapting
- For redundant and non-redundant masters
- Supports Flying Redundancy (FR)
- Cyclic/acyclic data exchange
- Gateway PROFINET RT to 4 x PROFIBUS PA segments
- Up to 32 devices per PROFIBUS PA segment
- Installation in Zone 2/Class I, Div. 2
- Ring and system redundancy
- Integrated webserver for diagnostics
- 1-channel isolated barrier
- 24 V DC supply (bus powered)
- Input for 2-wire SMART transmitters and current sources
- Signal splitter (1 input and 2 outputs)
- Dual output 0/4 mA ... 20 mA or 0/1 V ... 5 V
- Up to SIL 3 acc. to IEC 61508
- System board for HIMA, HIMax
- For 16-channel card X-AO 1601 (AO, single mode)
- 16-channel card X-AO 1601 (AO, redundant mode on request)
- For 16 modules
- Recommended module: HiC2031 (AO)
- 24 V DC supply
- Hazardous area: spring terminals, blue
- Safe area: HIMA system connector, 96-pin
- System board for Triconex (approval TAN48)
- For 32-channel AI cards 3700A, and 3721
- For 16 modules
- Recommended module: HiC2025 (AI)
- 24 V DC supply
- Hazardous area: pluggable screw terminals, blue
- Safe area: ELCO socket, 56-pin
- System board for Yokogawa CENTUM VP
- For 16-channel AI/AO card AAB841
- For 16 modules
- Recommended modules: HiC2025 (AI), HiC2031 (AO)
- 24 V DC supply
- Hazardous area: spring terminals, blue
- Safe area: Yokogawa system connector, 40-pin
- System board for HIMA, HIMax
- For 32-channel cards X-AI 32 01 or X-AI 32 02 (AI)
- For 32 modules
- Recommended modules: HiC2025 (AI), HiC2081 (TI)
- 24 V DC supply
- Hazardous area: spring terminals, blue
- Safe area: HIMA system connector, 96-pin