Explore a full range of industrial automation products from major brands like ABB, Bently, Honeywell, GE, and more. IndustriaX Limited helps manufacturers source rare and hard-to-find components worldwide with fast delivery to minimize downtime.
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ABB TY801K01 3BSE023607R1 Shunt Stick Kit
Configured for shunt resistance selection in S800 I/O termination assemblies, the ABB TY801K01 3BSE023607R1 (TY801K01 shunt stick kit) provides eight TY801 shunt sticks for AI845 and AI880A applications on compatible TU834, TU844, TU845, and TU854 termination units. Each shunt stick uses a 125 + 125 ohm shunt arrangement.
Hardware Specifications
Parameter
Specification
Model
TY801K01 3BSE023607R1
Spare Model
3BSE023607R1
Brand
ABB
Product Type
Shunt Stick Kit
Quantity
8 pcs TY801 Shunt Sticks
Shunt Resistance
125 + 125 ohms
Compatible I/O Modules
AI845, AI880A
Compatible MTUs
TU834, TU844, TU845, TU854
ModuleBus Ports
2 x redundant
I/O Slots
8 x S800 I/O module
Power Consumption
2 W typical
Operating Temp
-20 deg C to +70 deg C
Storage Temp
-40 deg C to +85 deg C
Humidity
5 - 95 % RH, non-condensing
Weight
0.06 kg
Dimensions
11 x 10 x 1.5 cm estimated shipping size
Origin
Sweden
Tariff Code
8537101190
Manufacturer
ABB
ABB S800 I/O Shunt Configuration
The TY801K01 provides eight individual TY801 shunt sticks for defined signal termination arrangements. Each stick incorporates a 125 + 125 ohm shunt configuration.
The shunt sticks support AI845 and AI880A installations when used with the specified TU834, TU844, TU845, and TU854 module termination units. Therefore, technicians should verify the I/O module and MTU combination before installation.
The supplied quantity matches an eight-channel termination arrangement. However, the TY801K01 itself functions as a passive shunt accessory rather than an independent I/O processing module.
Frequently Asked Questions
Q: What does the TY801K01 package contain?A: The package contains 8 pcs TY801 shunt sticks.
Q: What shunt resistance does each TY801 provide?A: Each TY801 uses a 125 + 125 ohm shunt arrangement.
Q: Which ABB I/O modules are specified for TY801 use?A: The supplied data specifies AI845 and AI880A, installed with TU834, TU844, TU845, or TU854 MTUs.
Field Installation Guidelines
Confirm the installed S800 I/O module and MTU model before fitting the shunt sticks.
Isolate the relevant field circuit before modifying the termination assembly.
Install each TY801 shunt stick in the designated termination position specified by the applicable ABB hardware documentation.
Verify that the shunt stick is fully seated and that no contact pins are displaced.
Keep signal wiring separated from high-current switching conductors where practical.
Inspect terminal connections for correct seating and mechanical retention before energizing the circuit.
After installation, verify the configured signal path and resistance arrangement against the approved control-system drawings.
Do not substitute a different resistance value unless the system design explicitly specifies that configuration.
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ABB DI830 3BSE013210R1 Digital Input SOE Module
Configured for time-stamped digital event acquisition, the ABB DI830 3BSE013210R1 (DI830 Digital Input SOE Module) accepts 16 current-sinking inputs at 24 VDC. It records input events with 0.4 ms resolution and provides an event recording accuracy of -0.3 ms to +0.7 ms.
Hardware Specifications
Parameter
Specification
Model
DI830 3BSE013210R1
Brand
ABB
Product Type
Digital Input SOE Module
Origin
Sweden
Weight
0.2 kg
Signal Specification
24 VDC
Number of Channels
16
Signal Type
Current sinking
Input Voltage Range
-30 to +5 V
Input Voltage Range
13 to 30 V
Input Impedance
3.2 kOhm
Filter Times
0 to 100 ms
Maximum Field Cable Length
600 m
Event Recording Accuracy
-0.3 ms to +0.7 ms
Event Recording Resolution
0.4 ms
Rated Insulation Voltage
50 V
Dielectric Test Voltage
500 VAC
ABB I/O Density and SOE Characteristics
The DI830 provides 16 digital input channels within one module. Therefore, the module supports high channel density for discrete event acquisition while maintaining individual input signal processing.
The current-sinking input design accepts field signals within the specified voltage ranges. Furthermore, the 3.2 kOhm input impedance defines the electrical load presented to the connected field circuit.
The configurable filter time ranges from 0 to 100 ms. Consequently, the input processing can accommodate different requirements for signal filtering and transient suppression.
For sequence-of-events applications, the module records events with 0.4 ms resolution. The specified recording accuracy is -0.3 ms to +0.7 ms, providing the timing characteristics stated for event capture.
Frequently Asked Questions (FAQ)
Q: How many digital input channels does the DI830 provide?A: The DI830 provides 16 digital input channels.
Q: What input signal type does the DI830 use?A: The module uses current-sinking digital inputs with a nominal 24 VDC signal specification.
Q: What are the SOE timing specifications?A: The event recording resolution is 0.4 ms, while event recording accuracy is specified as -0.3 ms to +0.7 ms.
Field Installation Guidelines
Verify the module identification as DI830 3BSE013210R1 before installation.
Confirm that field signal voltage remains within the specified input voltage ranges.
Connect field wiring according to the applicable ABB system wiring documentation.
Keep digital input wiring separated from high-voltage power and high-current switching conductors where practical.
Route signal cables to minimize exposure to electromagnetic interference from motors, contactors, and switching equipment.
Maintain appropriate shielding and grounding practices according to the control system installation standard.
Check cable length before commissioning; the specified maximum field cable length is 600 m.
Verify input polarity and current-sinking circuit configuration before applying field power.
Configure filter times according to the required signal response and noise rejection characteristics.
During commissioning, verify individual channel transitions and confirm the expected SOE event timestamps.
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ABB TP853 Module Termination Unit
Configured for physical mounting and electrical interconnection of CI853, CI855, CI857, and CI861 communication interface modules in ABB control systems, the ABB 3BSE018126R1 (TP853 Module Termination Unit) provides the specified baseplate interface for these CI module configurations.
Hardware Specifications
Parameter
Specification
Model
TP853
Product ID
3BSE018126R1
Brand
ABB
Product Type
Module Termination Unit
Application
Baseplate for CI853, CI855, CI857, and CI861
Compatible Modules
CI853, CI855, CI857, CI861
Origin
Sweden / United States
Weight
0.5 kg net; 0.5 kg gross
Dimensions
162 mm depth x 63 mm height x 45 mm width
Operating Temp
Not specified in the supplied data
Power Consumption
Not specified; passive baseplate power consumption is not stated
Minimum Order Quantity
1 piece
Selling Unit
piece
Part Type
New
Frame Size
Spare_Parts
Customs Tariff Number
85369095
CN8
85389091
WEEE Category
5. Small Equipment
WEEE Classification
Business To Business
Industrial Control Interface Characteristics
The TP853 functions as the specified baseplate for selected ABB CI communication interface modules. Therefore, installation establishes the mechanical and electrical mounting interface required by the associated CI module assembly.
The supplied technical information identifies four compatible module families: CI853, CI855, CI857, and CI861. In particular, the TP853 forms part of the following configurations:
CI853K01, product ID 3BSE018103R1
CI855K01, product ID 3BSE018106R1
CI857K01, product ID 3BSE018144R1
CI861K01, product ID 3BSE058590R1
The TP853 itself is identified as a Module Termination Unit and does not have a separately specified communication protocol, channel count, operating temperature range, or power consumption in the supplied data. Consequently, engineers should obtain those parameters from the corresponding CI module documentation rather than assigning them to the baseplate.
Frequently Asked Questions
Q: Which ABB communication interface modules are specified for the TP853?
A: The supplied ABB data identifies CI853, CI855, CI857, and CI861 as compatible modules.
Q: What are the physical dimensions of the TP853?
A: The specified product dimensions are 162 mm depth, 63 mm height, and 45 mm width.
Q: Does the supplied data specify TP853 power consumption or operating temperature?
A: No. The supplied technical information does not provide a numerical power consumption value or operating temperature range.
Field Installation Guidelines
Verify the TP853 part number, 3BSE018126R1, before installation.
Confirm that the selected CI module belongs to the specified CI853, CI855, CI857, or CI861 families.
Mount the baseplate according to the applicable ABB system installation documentation.
Ensure the mounting surface remains mechanically stable and free from contamination.
Install the associated CI module only after confirming correct mechanical alignment with the baseplate.
Route field and communication wiring according to the installation requirements of the associated CI module.
Keep communication wiring separated from high-current or high-noise conductors where the system installation rules require segregation.
Verify terminal and connector engagement before energizing the assembled system.
Do not assign operating temperature, current consumption, or communication specifications to the TP853 unless ABB documentation for the specific system configuration provides them.
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15 in stock
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Mid weeks Monday to friday we offer next day delivery if the product is on stock and exceptions on holidays.
Weekends We offer no deliveries in the weekends.
International Depending on where you’re located, we offer next day delivery. Check your status on this link
ABB TU834 Extended Module Termination Unit
Configured for direct field wiring and ModuleBus distribution in ABB S800 I/O systems, the ABB TU834 3BSE040364R1 (TU834 Module Termination Unit) provides physical terminal interfaces for up to 8 I/O channels and process voltage connections. Each channel provides two I/O connections and one ZP connection. The MTU also shifts outgoing position signals to generate the correct address for the next I/O module.
Hardware Specifications
Parameter
Specification
Model
TU834
Article Number
3BSE040364R1
Brand
ABB
Product Type
Extended Module Termination Unit
Configuration
Single I/O
Connection
Terminal block
Channels
8
Maximum Rated Voltage
50 V
Maximum Current per I/O Channel
2 A
Maximum Current per Process Connection
5 A
Process Connections
40 total
I/O Connections
Up to 8 I/O channels, 2 terminals per channel
Process Power Connections
4
Process Power 0 V Connections
20
ZP Connection
1 per channel
Input Signal Connection
Individual shunt sticks, TY801
ModuleBus Function
Distributes ModuleBus to the next MTU
Position Signal Function
Shifts outgoing position signals to the next MTU
Compatible I/O
AI880 and AI880A
Mounting
Standard DIN rail
Mounting Direction
Both directions
DIN Rail Locking
Mechanical latch
Weight
0.28 kg (0.6 lb)
Dimensions
126 mm W x 64 mm D x 110 mm H including connector, terminals, and locking device as specified
Installed Width
120.5 mm edge to edge
Operating Temperature
0 to +55 deg C (+32 to +131 deg F)
Storage Temperature
-40 to +70 deg C (-40 to +158 deg F)
Relative Humidity
5 to 95 %, non-condensing
Pollution Degree
Degree 2, IEC 60664-1
Protection Class
IP20 according to IEC 60529
Dielectric Test Voltage
500 V AC
Corrosion Protection
ISA-S71.04: G3
EMC
EN 61000-6-4, EN 61000-6-2
Electrical Safety
EN 61010-1, UL 61010-1, EN 61010-2-201, UL 61010-2-201
Hazardous Location
C1 Div 2 cULus, C1 Zone 2 cULus, ATEX Zone 2
Marine Certifications
ABS, BV, DNV-GL, LR
Equipment Class
Class I according to IEC 61140
RoHS
EN 50581:2012
WEEE
DIRECTIVE/2012/19/EU
ABB S800 I/O Interface and ModuleBus Function
The TU834 provides the physical connection between compatible ABB S800 I/O modules and field wiring. Each of its 8 channels has two I/O terminals and one ZP connection, while individual shunt sticks TY801 connect input signals.
The MTU also distributes the ModuleBus to the following MTU. At the same time, it shifts the outgoing position signals so that the next I/O module receives its required address position. Therefore, correct MTU sequencing and mechanical installation directly affect I/O module addressing.
The TU834 supports DIN-rail installation and uses a mechanical latch to secure the unit to the rail. Installers can mount the unit in either permitted direction according to the system assembly arrangement.
For industrial control installations, the specified I/O density allows multiple field channels to terminate through one compact MTU. However, each channel must remain within the stated 50 V maximum voltage and 2 A maximum current limits.
Frequently Asked Questions
Q: How many I/O channels does the ABB TU834 support?
A: The TU834 supports up to 8 I/O channels. Each channel provides two I/O connections and one ZP connection.
Q: What is the maximum electrical rating for each I/O channel?
A: The maximum rated voltage is 50 V, while the maximum current is 2 A per I/O channel. The maximum current for a process connection is 5 A.
Q: How does the TU834 handle ModuleBus and I/O addressing?
A: The MTU distributes ModuleBus to the next MTU and shifts outgoing position signals to generate the correct address position for the next I/O module.
Field Installation Guidelines
Mount the TU834 on a compatible standard DIN rail and engage the mechanical locking latch fully.
Verify the mounting direction and maintain the required physical arrangement of adjacent S800 I/O components.
Connect field wiring through the designated terminal connections and use TY801 shunt sticks for the specified input signal connections.
Keep each I/O channel within the 50 V maximum voltage and 2 A maximum current ratings.
Keep process connection loading within the specified 5 A maximum current.
Use compatible conductor sizes: 0.2 - 4 mm2 for solid conductors or 0.2 - 2.5 mm2 for stranded conductors.
Apply the specified terminal torque of 0.5 - 0.6 Nm and strip approximately 7 mm of insulation.
Route signal wiring separately from high-energy power conductors where the installation environment requires noise reduction.
Verify terminal identification before energizing the I/O circuit.
Inspect the ModuleBus path and adjacent MTU sequence before commissioning to ensure correct position signal propagation and I/O addressing.
Confirm the installation environment remains within the specified operating temperature, humidity, pollution, and IP20 conditions.
Connect protective earth according to the applicable system installation requirements and the Class I equipment classification.
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15 in stock
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ABB TU842 3BSE020850R1 Module Termination Unit
Configured for redundant I/O termination in ABB S800 I/O systems, the ABB TU842 3BSE020850R1 (TU842 Module Termination Unit) provides terminal-block connections for up to 16 I/O channels. It supports 50 V operation, horizontal mounting, and separate process-connection current limits.
Hardware Specifications
Parameter
Specification
Model
TU842 3BSE020850R1
Spare Model
3BSE020850R1
Brand
ABB
Product Type
Module Termination Unit
Configuration
Redundant
Connection
Terminal block
Channels
16
Voltage
50 V
Maximum Current per I/O Channel
3 A
Maximum Current Process Connection
10 A
Dielectric Test Voltage
500 VAC
Mounting
Horizontal
Mounting Detail
55 deg
Operating Temp
0 to +55 deg C; approvals issued for +5 to +55 deg C
Storage Temp
-40 to +70 deg C
Weight
0.6 kg
Dimensions
Estimated shipping size: 18.5 x 13 x 6 cm
Power Consumption
Not specified in the supplied data
Origin
Sweden
S800 I/O Termination and Redundancy
The TU842 uses a terminal-block connection structure for field-side I/O wiring. Its redundant configuration supports installations where the associated I/O architecture requires redundant termination.
The unit provides 16 channels and accepts up to 50 V. Meanwhile, the specified maximum current reaches 3 A per I/O channel and 10 A at the process connection. Therefore, field wiring must remain within both limits.
The dielectric test voltage is specified as 500 VAC. Installers should verify the associated I/O module, terminal arrangement, and system configuration before energizing the circuit.
Frequently Asked Questions (FAQ)
Q: How many I/O channels does the ABB TU842 3BSE020850R1 support?A: The TU842 provides 16 I/O channels through its terminal-block connection arrangement.
Q: What are the specified current limits for the TU842?A: The maximum current is 3 A per I/O channel and 10 A for the process connection.
Q: Can the TU842 operate across the full specified storage temperature range?A: No. The operating range is 0 to +55 deg C, while the storage range is -40 to +70 deg C. The two ranges apply to different operating conditions.
Field Installation Guidelines
Mount the TU842 horizontally and secure it according to the mechanical requirements of the associated S800 I/O installation.
Verify the terminal-block identification before connecting field conductors.
Keep each I/O channel within the specified 3 A maximum current.
Keep the process connection within the specified 10 A maximum current.
Route field wiring separately from high-voltage or high-noise conductors where the installation requires signal separation.
Connect cable shields according to the system grounding design and applicable site electrical standards.
Check terminal tightness and conductor seating before applying power.
Confirm that the ambient operating temperature remains within 0 to +55 deg C.
Do not treat the -40 to +70 deg C storage range as an operating temperature range.
Verify the associated redundant I/O configuration before commissioning the termination assembly.
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ABB TU844 Module Termination Unit
Configured for module termination and field wiring interface functions in ABB S800 I/O installations, the ABB TU844 3BSE021445R1 (TU844 Module Termination Unit) provides the physical termination point between field wiring and the associated I/O module. The supplied data identifies the unit as a compact module termination component and lists it as discontinued by the manufacturer.
Hardware Specifications
Parameter
Specification
Model
TU844
Spare Model
3BSE021445R1
Brand
ABB
Product Type
Module Termination Unit
Product Description
Compact Module Termination Unit
Weight
0.58 kg
Dimensions
Estimated shipping size: 13.5 x 13 x 6.5 cm
Manufacturer Status
Discontinued by manufacturer
ABB S800 I/O Termination Characteristics
The TU844 provides a physical termination interface for an ABB S800 I/O assembly. Therefore, installation should maintain correct mechanical seating and field-wiring routing according to the associated ABB I/O hardware documentation.
The supplied data does not define channel count, terminal assignments, rated voltage, current capacity, isolation characteristics, or backplane electrical consumption. Consequently, these parameters should not be inferred from the TU844 model designation.
For ABB S800 I/O systems, the termination unit forms part of the module-level hardware arrangement. In addition, technicians should verify the compatible I/O module and mounting configuration before replacement or commissioning.
Frequently Asked Questions
Q: What is the primary function of the ABB TU844?
A: The TU844 functions as a Module Termination Unit that provides the physical termination interface for associated ABB S800 I/O hardware.
Q: Does the supplied specification define TU844 electrical ratings?
A: No. The supplied data does not specify operating voltage, current rating, isolation, power consumption, or terminal electrical limits.
Q: Is TU844 a current ABB product?
A: The supplied description identifies TU844, spare number 3BSE021445R1, as discontinued by the manufacturer.
Field Installation Guidelines
Verify the exact TU844 model and spare number before installation.
Confirm mechanical compatibility with the associated ABB S800 I/O module and mounting arrangement.
Isolate the relevant control-system power before removing or installing field termination hardware.
Route field wiring separately from high-voltage and high-noise conductors where practical.
Maintain secure terminal connections and prevent excessive mechanical loading on connected conductors.
Inspect the termination area for damaged terminals, loose conductors, contamination, or mechanical deformation.
Follow the ABB system installation documentation for grounding, shielding, terminal assignments, and module-specific wiring requirements.
After installation, verify wiring continuity and correct signal identification before returning the associated I/O circuit to service.
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ABB DI803 3BSE022362R1 Digital Input Module
The ABB DI803 3BSE022362R1, also cataloged as the DI803 Digital Input Module, provides eight-channel digital input processing for 230 V field signals within ABB industrial control systems. The module accepts discrete electrical states and transfers input status to the control system through its I/O interface.
Hardware Specifications
Parameter
Specification
Model
DI803 3BSE022362R1
Spare Model
3BSE022362R1
Brand
ABB
Product Type
Digital Input Module
Channel Count
8 channels
Input Type
Digital input
Rated Input Voltage
230 V
Origin
Sweden
Weight
0.24 kg
Dimensions
9.3 x 13.6 x 5.7 cm shipping size
ABB Industrial I/O Architecture
The DI803 processes discrete field states through eight digital input channels. Each channel monitors the connected field circuit and reports its electrical state to the control system. Therefore, correct field wiring and terminal identification must match the installed I/O configuration.
The 230 V input rating distinguishes this module from low-voltage digital input variants. Consequently, technicians must verify the field circuit voltage before connecting the module. The supplied documentation does not specify channel isolation, input current, switching thresholds, or backplane current consumption, so these parameters require confirmation from the applicable ABB hardware documentation.
Frequently Asked Questions
Q: How many digital input channels does the ABB DI803 3BSE022362R1 provide?A: The module provides 8 digital input channels.
Q: What field voltage does the DI803 support according to the supplied specification?A: The supplied product marking identifies the module as a 230 V digital input device.
Q: Does the supplied data specify the DI803 operating temperature and power consumption?A: No. The provided data does not state either parameter, so installation should follow the applicable ABB system documentation.
Field Installation Guidelines
Verify the module identification as DI803 3BSE022362R1 before installation.
Confirm that the connected field circuits match the specified 230 V digital input application.
Isolate field power before wiring or removing field connections.
Route field wiring separately from high-current power conductors where practical.
Maintain clear terminal identification to prevent cross-connection between input channels.
Apply the applicable ABB grounding and cabinet bonding practices for the installed I/O system.
Inspect conductors and terminal connections for mechanical security before energizing the circuit.
After installation, verify each input channel using the actual field switching condition.
Do not apply unspecified voltages or signal types to the module.
Confirm environmental limits and system-specific installation requirements from the relevant ABB documentation before commissioning.
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ABB CI810B 3BSE020520R1 Fieldbus Communication Interface
The ABB CI810B 3BSE020520R1, also cataloged as the CI810B Fieldbus Communication Interface, provides AF100 fieldbus communication through two AF100 twisted-pair modems within ABB control system architectures. It operates from a 24 VDC supply and mounts directly on a 35 mm DIN rail.
Hardware Specifications
Parameter
Specification
Model
CI810B 3BSE020520R1
Spare Model
CI810B
Product Type
Fieldbus Communication Interface
Manufacturer
ABB
Origin
Sweden
Weight
0.4 kg
Dimensions
16.8 x 8.5 x 12 cm estimated shipping size
Supply Voltage
24 VDC
Isolation
1500 VDC
Mounting
35 mm DIN rail, snap-on
Operating Temp
0 deg C to +60 deg C
Storage Temp
-40 deg C to +85 deg C
Humidity
5-95% RH, non-condensing
Communication Interface
AF100 fieldbus
AF100 Modems
2 x twisted-pair modems
Power Supply Connector
3BSC840098R1
Modulebus Terminator
TB807, 3BSE008538R1
ABB Industrial Control Communication Characteristics
The CI810B uses two AF100 twisted-pair modems to provide the physical communication interface for the AF100 fieldbus. Therefore, installation should maintain proper separation between communication wiring and high-energy power conductors.
The module operates from a 24 VDC supply and provides 1500 VDC isolation. This isolation specification defines the stated electrical isolation capability between applicable circuits; it does not replace the system grounding requirements.
The CI810B uses snap-on mounting for a 35 mm DIN rail. Consequently, the mounting rail should remain mechanically secure and electrically bonded according to the control cabinet design.
Frequently Asked Questions (FAQ)
Q: What fieldbus does the CI810B 3BSE020520R1 support?A: The supplied data identifies the CI810B as an AF100 Fieldbus Communication Interface with two AF100 twisted-pair modems.
Q: What supply voltage does the CI810B require?A: The specified supply voltage is 24 VDC. The supplied data does not define the module's power consumption.
Q: What mounting method does the CI810B use?A: The module mounts on a 35 mm DIN rail using a snap-on mounting arrangement.
Field Installation Guidelines
Verify that the cabinet provides a secure 35 mm DIN rail before mounting the module.
Confirm the 24 VDC supply polarity and voltage before energizing the interface.
Route AF100 twisted-pair communication wiring separately from high-voltage and high-current conductors.
Use the specified connectors and terminal blocks supplied for the module configuration.
Install the TB807 Modulebus Terminator where required by the applicable ABB system architecture.
Maintain shield and grounding practices specified by the ABB installation documentation for the associated fieldbus network.
Keep communication cable routing free from unnecessary loops and excessive proximity to switching power devices.
Confirm all field wiring terminations before applying system power.
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ABB CI855K01 3BSE018106R1 MB 300 Dual Ethernet Port Kit
Configured for MasterBus 300 communication, the ABB CI855K01 3BSE018106R1 (CI855K01 MB 300 Dual Ethernet Port Kit) provides dual Ethernet connectivity for data exchange across ABB control system networks. The module uses two RJ45 ports and supports 10 Mbit/s transmission with a data rate of up to 200 datasets/s.
Hardware Specifications
Parameter
Specification
Model
CI855K01 3BSE018106R1
Spare Model
3BSE018106R1
Brand
ABB
Product Type
MB 300 Dual Ethernet Port Kit
Communication Protocol
MasterBus 300 (MB 300)
Ethernet Ports
2 x RJ45, 8-pin
Transmission Speed
10 Mbit/s
Data Rate
200 datasets/s
Operating Temperature
Up to 55 deg C
Protection Class
IP20, according to EN60529 and IEC 529
Power Consumption
150 mA at 24 VDC
Origin
Sweden
Weight
0.6 kg
Estimated Dimensions
20.5 x 16 x 8.9 cm
Shipment Location
Xiamen, China
MasterBus 300 Ethernet Communication
The CI855K01 implements MasterBus 300 communication through two 8-pin RJ45 Ethernet ports. Therefore, the module provides two physical network interfaces for MB 300 data exchange.
The specified transmission speed is 10 Mbit/s, while the stated data rate reaches 200 datasets/s. The communication interface operates from a 24 VDC supply and consumes 150 mA under the specified conditions.
The module has an IP20 protection class according to EN60529 and IEC 529. Consequently, installation should place the hardware inside an enclosure or cabinet that provides appropriate environmental protection.
Frequently Asked Questions
Q: How many Ethernet ports does the ABB CI855K01 provide?A: The CI855K01 provides 2 Ethernet ports, each using an 8-pin RJ45 connector.
Q: What communication protocol does the CI855K01 support?A: The module supports MasterBus 300 (MB 300) communication with a specified transmission speed of 10 Mbit/s.
Q: What power consumption does the CI855K01 require?A: The specified power consumption is 150 mA at 24 VDC.
Field Installation Guidelines
Install the CI855K01 in a suitable control cabinet or enclosure because the specified protection class is IP20.
Verify the 24 VDC supply before connecting the module.
Use Ethernet cabling suitable for the specified RJ45 interfaces and route communication cables separately from high-voltage or high-current conductors.
Maintain proper cable routing to reduce electromagnetic interference and avoid unnecessary cable stress at the RJ45 connectors.
Confirm MasterBus 300 network connections before energizing the system.
Check both Ethernet interfaces for correct physical connections during commissioning.
Keep the module within the specified operating temperature limit of up to 55 deg C.
Follow the applicable ABB system installation documentation for grounding, shielding, connector handling, and cabinet wiring practices.
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ABB CI801 3BSE022366R1 PROFIBUS DP-V1 Communication Interface Module
The ABB CI801 3BSE022366R1, also cataloged as the CI801 PROFIBUS DP-V1 Communication Interface Module, provides configurable communication and I/O management for the ABB S800 I/O system. It connects the controller to distributed I/O through PROFIBUS-DPV1 and supports signal processing, supervision data collection, OSP handling, Hot Configuration InRun, HART pass-through, and I/O module configuration.
Hardware Specifications
Parameter
Specification
Model
CI801 3BSE022366R1
Spare Model
3BSE022366R1
Brand
ABB
Product Type
PROFIBUS DP-V1 Communication Interface Module
Series
S800 I/O
Origin
Sweden
Weight
0.25 kg
Dimensions
Estimated shipping size: 13.6 x 9.2 x 5.5 cm
Operating Temp
0 to +55 deg C
Storage Temp
-40 to +70 deg C
Relative Humidity
5 to 95 %, non-condensing
Nominal Supply Voltage
24 VDC
Supply Voltage Range
19.2 to 30 VDC
Typical Current Consumption
140 mA at 24 VDC
Power Dissipation
5.4 W
I/O Module Supply
24 VDC, maximum 1.5 A, fused
I/O Logic Supply
5 VDC, maximum 1.5 A, current limited
Input Power Protection
2 A fuse
PROFIBUS Interface
9-pin D-sub connector
Optical ModuleBus Connection
Supported through TB806/TB842 modems
Marine Certificates
ABS, BV, DNV-GL, LR
PROFIBUS-DPV1 and S800 I/O Communication
The CI801 uses PROFIBUS-DPV1 as the fieldbus connection between the controller and the S800 I/O network. It manages I/O module configuration while processing signals and collecting supervision information.
In addition, the module supports OSP handling, Hot Configuration InRun, and HART pass-through functions. The communication path can also extend to the Optical ModuleBus through compatible TB806 or TB842 modems.
The CI801 supplies isolated power to connected I/O modules. It provides 24 VDC at up to 1.5 A with fused protection and 5 VDC at up to 1.5 A with current limiting. Therefore, field wiring and module power distribution remain separated from the communication processing functions.
Frequently Asked Questions
Q: What fieldbus does the CI801 3BSE022366R1 use for controller communication?A: The CI801 connects to the controller through PROFIBUS-DPV1 using its 9-pin D-sub interface.
Q: What supply voltage does the CI801 require?A: The module uses a nominal 24 VDC supply and accepts an input range of 19.2 to 30 VDC. Typical current consumption is 140 mA at 24 VDC.
Q: Can the CI801 connect to the Optical ModuleBus?A: Yes. The CI801 supports Optical ModuleBus connection through TB806 or TB842 modems.
Field Installation Guidelines
Verify that the installation location remains within the specified operating temperature and humidity range.
Provide a nominal 24 VDC supply within the specified 19.2 to 30 VDC input range.
Connect PROFIBUS-DPV1 through the designated 9-pin D-sub interface.
Route PROFIBUS communication wiring separately from high-current and high-noise power conductors where practical.
Maintain correct PROFIBUS cable shielding and grounding practices according to the installed network design.
Check the 2 A input fuse and the specified module power requirements before energizing the assembly.
When using Optical ModuleBus communication, connect the applicable TB806 or TB842 modem according to the system configuration.
Confirm the connected I/O module power load remains within the stated 24 VDC and 5 VDC output limits.
Inspect connectors, shielding, and terminal interfaces before commissioning.
Verify PROFIBUS communication and I/O supervision status after power-up.
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ABB CI870K01 VIP Communication Interface
Configured for VIP data communication in the AC 800M controller environment, the ABB CI870K01 (CI870 VIP Communication Interface) provides two Ethernet ports for TCP/IP and UDP/IP based communication. The package includes the CI870 interface module and its TP853 baseplate. ABB identifies CI870K01 as the replacement for CI861. (ABB Library)
Hardware Specifications
Parameter
Specification
Model
CI870K01
Base Module
CI870
Product Type
VIP Communication Interface
Brand
ABB
Article Number
3BSE088499R1
System Compatibility
AC 800M / AC 800PEC
Communication Function
VIP communication
Network Ports
2 Ethernet ports
Network Protocols
TCP/IP and UDP/IP based VIP communication
Package Contents
CI870 VIP Interface Module + TP853 Baseplate
Mounting
System baseplate installation
Dimensions
59 mm W x 185 mm H x 127.5 mm D
Weight
0.5 kg
Origin
United States or Sweden, depending on product record
The 59 mm x 185 mm x 127.5 mm dimensional data and 0.5 kg net weight correspond to the listed CI870K01 product configuration. (Quad Industry)
ABB VIP Ethernet Communication
The CI870 provides a dedicated VIP communication interface with two Ethernet ports. The interface supports TCP/IP and UDP/IP based VIP communication between AC 800M or AC 800PEC controllers and compatible VIP-enabled equipment. Therefore, the module handles Ethernet data exchange rather than discrete or analog I/O signal conditioning. (ABB Library)
The CI870K01 package also includes the TP853 baseplate. Consequently, installation requires the corresponding controller-side hardware arrangement rather than direct field wiring to conventional I/O channels. (Quad Industry)
Frequently Asked Questions
Q: What communication function does the CI870K01 provide?A: It provides VIP communication through two Ethernet ports and supports TCP/IP and UDP/IP based VIP data exchange. (ABB Library)
Q: Does the CI870K01 provide analog or digital I/O channels?A: No. The CI870K01 is a communication interface. It does not function as an analog input, analog output, digital input, or digital output module.
Q: What is included in the CI870K01 package?A: The package includes the CI870 VIP Interface Module and TP853 baseplate. (Quad Industry)
Field Installation Guidelines
Install the CI870 module on the specified TP853 baseplate and secure the assembly according to ABB installation procedures.
Verify the controller hardware configuration before applying system power.
Route Ethernet communication cables separately from high-voltage power and high-current switching conductors where practical.
Maintain appropriate cable shielding and bonding practices for the installed Ethernet network.
Check Ethernet connector seating and cable condition before commissioning.
Confirm the configured VIP communication parameters at the controller and connected equipment.
Do not apply unverified field wiring or external supply voltages to the communication interface.
For replacement work, verify the controller firmware and system software compatibility before removing the existing communication module.
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DescriptionThe General Electric 531X139APMARM7 is a controller application board designed for use within GE industrial control systems. This component serves as a critical interface or processing board, facilitating communication and logic execution within the control architecture. As a discontinued item, it is often utilized as a replacement or spare part for legacy automation systems requiring maintenance or restoration to original operational standards.Features
Designed for integration with GE controller hardware.
Functions as a dedicated application board for control logic processing.
Compatible with specified legacy GE control system configurations.
Robust construction suitable for industrial control cabinet environments.
ApplicationsThis controller application board is primarily used in GE drive and control systems, including legacy power conversion and automation platforms. It is typically found in industrial manufacturing, power generation, and heavy process control applications where specific GE controller hardware is deployed.Technical Specifications
Product Model
531X139APMARM7
Spare Model
F31X139APMASG2
Manufacturer
General Electric
Component Type
Controller Application Board
Status
Discontinued by Manufacturer
Installation Guidelines
Ensure all power to the control cabinet is disconnected before attempting to remove or install this board.
Handle the board using proper ESD (Electrostatic Discharge) precautions to prevent damage to sensitive electronic components.
Verify that the slot or mounting position is clean and free of debris before seating the board.
Ensure the board is fully seated in its connector to prevent intermittent signal loss or communication errors.
Check for proper alignment of any ribbon cables or edge connectors associated with the board installation.
Consult the original system manual for specific configuration or jumper settings required for your application.
FAQIs the 531X139APMARM7 still being manufactured?No, this product has been discontinued by General Electric. Units provided are typically refurbished, surplus, or legacy stock.What is the spare model for this board?The documented spare model for this component is F31X139APMASG2.
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DescriptionThe Allen-Bradley 1746-WS is a high-precision weigh scale module designed for the SLC 500 controller platform. It serves as a direct interface between the PLC and industrial load cells, eliminating the need for external weight transmitters. This module is ideal for industrial weighing applications such as tank/vessel weighing, hopper scales, and platform scales where high accuracy and reliability are required.Features
Supports up to eight (8) full Wheatstone bridge, strain gauge load sensors on a single vessel.
Provides a stable 5V DC excitation voltage to the load cells.
Processes millivolt signals into accurate weight data for the SLC processor.
Conversion rate of 20 updates per second for responsive weight monitoring.
Includes two standard digital TTL level outputs for process control.
Integrated common-mode rejection of 110 dB (at or below 60 Hz).
Applications
Tank and vessel level monitoring.
Hopper and silo weighing systems.
Industrial platform scales.
Batching and blending process control.
Technical Specifications
Brand
Allen-Bradley
Product Line
SLC 500
Module Type
Weigh Scale Module
Number of Channels
2
Backplane Current Draw
0.25 Amps (250 mA) @ 5V DC
Load Cell Excitation
5V DC
Load Cell Rating
350 Ohms
Accuracy
+/- 2%
Common-Mode Rejection
110 dB (at or below 60 Hz)
Conversion Rate
20 updates per second
Output Type
2 x TTL level digital outputs
Installation Guidelines
Ensure the SLC 500 rack power is disconnected before installing or removing the module.
Mount the module in a standard SLC 500 I/O chassis slot.
Use shielded twisted-pair cabling for load cell connections to minimize EMI interference.
Maintain proper grounding practices for the chassis to ensure signal integrity.
Verify that the load cell impedance matches the 350 Ohm specification for optimal performance.
Ensure adequate ventilation within the enclosure to maintain operating temperature limits.
FAQWhat is the primary function of the 1746-WS module?The 1746-WS is designed to interface directly with strain gauge load cells, converting raw millivolt signals into digital weight data for processing by an Allen-Bradley SLC 500 controller.How many load cells can this module support?The module is capable of supporting up to eight (8) full Wheatstone bridge, 350 Ohm load sensors on a single vessel.Does this module require external transmitters?No, the 1746-WS acts as a direct interface, which eliminates the need for additional external weight transmitters in the signal path.
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DescriptionThe Siemens 6ES5470-4UA12 is an analog output module designed for use within the SIMATIC S5-135U and S5-155U programmable logic controller (PLC) systems. This module provides 8 channels of analog output, allowing for precise control of field devices such as actuators, valves, and variable frequency drives. As a legacy component of the SIMATIC S5 family, it is engineered to provide reliable signal conversion for industrial automation processes.Features
8-channel analog output capability for multi-loop control applications.
Configurable output ranges including +/- 10V and 0-20mA to suit various instrumentation requirements.
Designed for integration with the robust S5-135/155 rack-based architecture.
Standard 24 VDC power supply operation.
ApplicationsThis module is typically utilized in legacy industrial control environments where SIMATIC S5 systems remain in operation. It is suitable for process control loops, motor speed regulation, and positioning tasks that require high-resolution analog signaling.Technical Specifications
Model
6ES5470-4UA12
Manufacturer
Siemens
Product Series
SIMATIC S5
Module Type
Analog Output
Channels
8
Output Ranges
+/- 10V, 0-20mA
Supply Voltage
24 VDC
Weight
0.65 kg
Installation Guidelines
Ensure the PLC rack is powered down before inserting or removing the module to prevent electrical damage.
Verify that the module is fully seated in the backplane connector to ensure reliable communication with the CPU.
Use shielded twisted-pair cabling for analog signals to minimize electromagnetic interference (EMI) from high-voltage lines or motors.
Maintain proper ventilation in the control cabinet to prevent overheating, as legacy modules may be sensitive to ambient temperature fluctuations.
Ensure proper grounding of the cable shields at the control cabinet entry point to maintain signal integrity.
FAQIs the 6ES5470-4UA12 still in production?No, this module has been discontinued by the manufacturer. It is primarily available through secondary market channels for maintenance and repair of existing SIMATIC S5 systems.Can this module be used in an S5-115U system?The 6ES5470-4UA12 is specifically designed for the S5-135U and S5-155U series. Compatibility with other S5 series should be verified against your specific rack and CPU configuration documentation.
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DescriptionThe Bently Nevada 136188-01 is a Communication Gateway I/O Module designed for integration within the 3500 Machinery Protection System. This module serves as a critical interface, enabling data exchange between the 3500 rack and external systems, such as Distributed Control Systems (DCS), Programmable Logic Controllers (PLC), or Human-Machine Interfaces (HMI). It facilitates seamless communication using industry-standard protocols, specifically Modbus, to ensure reliable monitoring and control of rotating machinery.Features
Provides high-speed data transfer between the 3500 rack and external host systems.
Supports Modbus protocol for broad compatibility with third-party automation equipment.
Integrated Ethernet (10 BASE-T) and RS-232 serial interfaces for flexible connectivity.
Designed for robust performance in demanding industrial environments with high isolation voltage.
Low power consumption profile for efficient rack thermal management.
ApplicationsThis communication gateway is typically deployed in power generation, oil and gas, and petrochemical facilities. It is used to transmit vibration, position, and process data from Bently Nevada monitoring racks to plant-wide control networks for centralized monitoring, alarming, and diagnostic analysis.Technical Specifications
Product Model
136188-01
Power Consumption
5.0 W (typical)
Ethernet Interface
1 x 10 BASE-T RJ-45
Serial Interface
1 x RS-232
Isolation
1500 V dc (field-to-logic)
Operating Temperature
-30 degC to +65 degC (-22 degF to +149 degF)
Storage Temperature
-40 degC to +85 degC
Relative Humidity
95% RH non-condensing
Installation Guidelines
Ensure the 3500 rack power is disconnected before installing or removing the module.
Handle the module using proper ESD (Electrostatic Discharge) precautions to prevent damage to internal circuitry.
Verify that the module is fully seated in the designated rack slot and that the front panel screws are tightened to ensure proper grounding and mechanical stability.
Use shielded cables for RS-232 and Ethernet connections to minimize EMI (Electromagnetic Interference) in industrial environments.
Maintain adequate clearance around the rack to facilitate proper airflow and cooling, adhering to the specified operating temperature range.
FAQWhat is the primary function of the 136188-01 module?The 136188-01 acts as a communication gateway, allowing the Bently Nevada 3500 system to communicate with external control systems like PLCs or DCS using Modbus protocol over Ethernet or RS-232.Is this module hot-swappable?The 3500 system modules are generally designed for hot-swapping; however, always consult your specific site safety procedures and the Bently Nevada 3500 system manual before performing maintenance on an active rack.
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DescriptionThe Triconex 3351S2 is a high-reliability Analog Input Module designed for integration within the Tricon Triple Modular Redundancy (TMR) architecture. Engineered for safety-critical applications in oil and gas, petrochemical, and power generation sectors, this module provides continuous, high-precision monitoring of field sensors. It converts analog signals into digital data while performing comprehensive self-diagnostics to ensure system integrity. By employing a three-channel voting mechanism, the 3351S2 eliminates single points of failure, maintaining maximum system availability in demanding industrial environments.Features
TMR Architecture: Utilizes three isolated input paths to process field data independently, providing hardware-based fault masking.
High Channel Density: Supports 32 isolated input points for efficient system scaling.
Hot-Swappable: Designed for replacement during active operations to minimize maintenance downtime.
Galvanic Isolation: Protects the main processor from field-side electrical surges and noise interference.
Precision Monitoring: Offers 12-bit resolution with an accuracy of less than 0.15 percent of Full Scale Range (FSR).
ApplicationsThe 3351S2 is intended for use in Safety Instrumented Systems (SIS) where continuous operation and high fault tolerance are required. Typical applications include emergency shutdown systems (ESD), burner management systems, and critical process monitoring in hazardous environments.Technical Specifications
Model
3351S2
Input Signal Range
4-20 mA DC
Number of Channels
32 points, isolated
Resolution
12 bits
Accuracy
Less than 0.15 percent of FSR
Input Update Rate
50 ms
Power Consumption
10 W
Operating Temperature
0 to 60 deg C
Installation Guidelines
Ensure the Tricon chassis is powered down before inserting or removing the module, unless performing a hot-swap in accordance with site safety procedures.
Handle the module using ESD-safe practices to prevent damage to sensitive internal components.
Verify that field wiring is correctly terminated to the corresponding terminal blocks and that shielded cables are properly grounded to mitigate EMI.
Ensure adequate ventilation in the cabinet to maintain the operating temperature within the specified 0 to 60 deg C range.
Check for proper seating in the chassis backplane to ensure reliable communication with the main processor.
FAQIs the 3351S2 hot-swappable? Yes, the module is designed to be replaced while the system is running, allowing for maintenance without requiring a full process shutdown.What is the primary function of the TMR design in this module? The Triple Modular Redundancy (TMR) design uses three parallel paths to process inputs; if one path fails, the other two continue to provide accurate data, ensuring the safety loop remains intact.What type of signals does this module accept? The 3351S2 is configured for standard 4-20 mA DC analog input signals.
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DescriptionThe Siemens 6ED1052-1FB00-0BA5 is a compact 230RC logic module from the LOGO! series, engineered for small-scale automation and control tasks. This versatile controller integrates 8 digital inputs and 4 relay outputs, operating on a supply voltage range of 115-230 VAC/VDC. It serves as an efficient replacement for traditional relay-based logic, offering programmable functionality that simplifies circuit modifications and system troubleshooting in industrial and building automation environments.Features
Integrated display and keypad for local programming and parameter adjustments.
Supports up to 200 function blocks, including timers, counters, and pulse-width modulation.
Four high-capacity relay outputs capable of handling up to 10A resistive or 3A inductive loads.
Compact, DIN-rail mountable design suitable for standard distribution boards.
Robust polycarbonate housing with IP20 protection rating.
ApplicationsThe LOGO! 230RC is widely deployed in diverse applications including building automation systems, HVAC control, small-scale industrial machinery, conveyor belt control, and local pumping station management.Technical Specifications
Model
6ED1052-1FB00-0BA5
Brand
Siemens
Series
LOGO! Logic Module
Supply Voltage
115-230 VAC/VDC
Digital Inputs
8
Relay Outputs
4
Output Current (Resistive)
10 A
Output Current (Inductive)
3 A
Operating Temperature
0 to 55 deg C
Storage Temperature
-40 to 70 deg C
Mounting
35 mm DIN Rail
Protection Rating
IP20
Installation Guidelines
Ensure the power supply is disconnected before performing any wiring or module installation.
Mount the module on a standard 35 mm DIN rail in a clean, dry environment.
Maintain adequate clearance around the module to ensure proper ventilation and heat dissipation.
Use appropriate wire gauges for terminal connections and ensure all screws are tightened to prevent loose contacts.
Follow standard ESD (Electrostatic Discharge) handling procedures when touching internal components or terminals.
Ensure the supply voltage matches the specified 115-230 VAC/VDC range to prevent damage to the internal circuitry.
FAQCan this module be programmed without a PC?Yes, the 6ED1052-1FB00-0BA5 features an integrated display and keypad, allowing users to perform programming and parameter adjustments directly on the device.What type of outputs does this module provide?This module is equipped with 4 relay outputs, which are suitable for switching both resistive and inductive loads within the specified current ratings.
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DescriptionThe Allen-Bradley 1746-P7 is a specialized DC-input power supply module designed for use with the SLC 500 controller platform. This module is engineered to provide reliable, regulated power to the SLC backplane, supporting the processor and associated I/O modules in environments where standard AC power is not available or practical. It is particularly well-suited for applications involving remote telemetry units (RTUs), automotive testing rigs, and battery-backed industrial control systems.Features
Designed specifically for the Allen-Bradley SLC 500 chassis.
Accepts a flexible input voltage range of 10–30V DC.
Output capacity scales based on the input voltage (12V or 24V DC).
Provides stable, regulated power to the backplane to ensure consistent controller operation.
Compact, modular design for easy integration into existing 1746 chassis configurations.
ApplicationsThe 1746-P7 is ideal for mobile or remote industrial installations, including:
Remote Telemetry Units (RTUs) operating on battery or solar power.
Automotive and vehicle-based testing and data acquisition rigs.
Emergency backup systems where DC power is the primary or secondary source.
Industrial control applications requiring isolation from AC power fluctuations.
Technical Specifications
Brand
Allen-Bradley
Product Line
SLC 500
Module Type
DC System Power Supply
Input Voltage Range
10–30V DC
Nominal Input Voltage
12V / 24V DC
Inrush Current
20.0 Amps (minimum)
Line Power Requirement
50VA (at 12V) / 75VA (at 24V)
Max Real Input Power
50 Watts (at 12V) / 75 Watts (at 24V)
Fuse Protection
1746-F1 or equivalent
Mounting Location
1746 Chassis (Far Left Slot)
Installation Guidelines
The 1746-P7 must be installed in the far-left slot of the 1746 chassis.
Ensure all power is disconnected from the chassis and the DC source before installing or removing the module.
Verify that the DC input source is within the specified 10–30V DC range before applying power.
Ensure proper grounding of the chassis to minimize EMI and protect against electrical surges.
Maintain adequate clearance around the module to allow for proper ventilation and heat dissipation.
Use appropriate wire gauges for DC input connections to minimize voltage drop.
FAQDoes the 1746-P7 work with AC power?No, the 1746-P7 is strictly a DC-input power supply. It is designed to convert 12V or 24V DC input into the regulated power required by the SLC 500 backplane.Can I use this module in any slot of the chassis?No, the 1746-P7 is designed to occupy the far-left slot of the 1746 chassis, which is the dedicated power supply slot for the SLC 500 system.How does the input voltage affect performance?The output capacity of the module is dependent on the input voltage. Operating at 24V DC provides higher efficiency and greater power capacity compared to operating at 12V DC.
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DescriptionThe Bently Nevada 128276-01E is a half-height future expansion faceplate designed for use within the Bently Nevada 3500 Series machinery protection system. This component serves as a critical interface element for Proximitor and Seismic Monitor modules, facilitating the expansion and configuration of monitoring channels within the 3500 rack. It is engineered to maintain the structural and signal integrity of the rack system while supporting various machinery measurements, including radial vibration, thrust position, eccentricity, differential expansion, acceleration, and velocity.Features
Designed for integration with 3500 Series rack systems.
Supports four monitor channels for flexible system expansion.
Compatible with Proximitor and Seismic transducer inputs for comprehensive machinery condition monitoring.
Facilitates alarm and danger setpoint programming via 3500 Rack Configuration Software.
Ensures consistent signal integrity and protection functionality in high-reliability industrial environments.
Applications
Machinery Protection: Continuously monitors and compares machine vibration data against configured alarm setpoints to trigger protective actions.
Operational Insight: Delivers essential vibration and position data to maintenance teams and operators for diagnostic analysis.
System Configuration: Acts as a modular interface for scaling monitoring capabilities within existing 3500 rack installations.
Technical Specifications
Model
128276-01E
Brand
Bently Nevada
Series
3500 Series
Component Type
Half-Height Future Expansion Faceplate
Channel Capacity
4 Channels
Input Compatibility
Proximitor and Seismic Transducers
Installation Guidelines
Ensure the 3500 rack is powered down before attempting to install or remove any module or faceplate.
Align the faceplate carefully with the designated slot in the 3500 rack to prevent pin damage.
Ensure all module connections are fully seated to maintain proper grounding and signal continuity.
Handle with care to avoid electrostatic discharge (ESD) damage to internal electronic components.
Verify that the rack configuration software is updated to recognize the expanded channel capacity after installation.
FAQWhat is the primary purpose of the 128276-01E faceplate?The 128276-01E is a half-height faceplate used in the Bently Nevada 3500 system to allow for the expansion of monitoring channels, specifically for Proximitor and Seismic Monitor modules.Is this faceplate compatible with all 3500 series racks?Yes, this component is designed specifically for the Bently Nevada 3500 Series machinery protection system architecture.Does this faceplate require software configuration?While the faceplate itself is a mechanical interface, the modules it supports are configured using the 3500 Rack Configuration Software to define alarm and danger setpoints for the monitored channels.
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DescriptionThe Siemens 7KG7000-8AA/BB (7KG70008AABB) is a high-precision digital power meter from the SIMEAS P series, engineered for comprehensive monitoring of electrical distribution systems. It is primarily deployed in power generation plants, substations, and heavy industrial facilities such as refineries. This unit provides critical real-time analysis of electrical parameters, including voltage, frequency, and power consumption, facilitating predictive maintenance and efficient energy management. Its integration into control panels serves as a vital safeguard, helping to identify load irregularities before they escalate into system failures.Features
High-resolution data acquisition for precise electrical parameter monitoring.
Multi-functional design acting as both a transducer and a local indicator.
Rugged housing optimized for high-density panel mounting in demanding industrial environments.
Excellent electromagnetic compatibility (EMC) for stability in high-noise environments.
Low power consumption (4 Watts) with minimal thermal dissipation.
Applications
Power generation and distribution substations.
Heavy industrial manufacturing and refinery power monitoring.
Energy management systems and load profile analysis.
Integration with SCADA systems for remote electrical monitoring.
Technical Specifications
Model
7KG7000-8AA/BB
Brand
Siemens
Product Series
SIMEAS P
Device Category
Panel Meter / Power Meter
Input Voltage
100-230 VAC
Frequency Range
50/60 Hz
Power Consumption
4 Watt (8 VA)
Operating Temperature
0-55 deg C
Installation Type
Panel Mount
Installation Guidelines
Ensure the panel cutout is prepared according to the manufacturer's specified dimensions before mounting.
Verify that the supply voltage is within the 100-230 VAC range before connecting power.
Use shielded cables for signal inputs to maintain measurement integrity in environments with high electromagnetic interference.
Ensure proper grounding of the device housing to the panel chassis to meet EMC requirements.
Power down the system before performing any wiring or maintenance to prevent electrical shock or damage to the unit.
FAQWhat is the primary function of the SIMEAS P 7KG7000-8AA/BB?This device is a digital power meter designed to measure and monitor electrical parameters such as voltage, frequency, and power consumption in industrial distribution systems.Can this unit be used in high-noise electrical environments?Yes, the SIMEAS P series is designed with high electromagnetic compatibility (EMC) to ensure measurement stability even in environments with significant electrical noise.
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8 in stock
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DescriptionThe Honeywell 8C-PAINA1 (51454470-175) is a 16-channel, single-ended analog input module designed for the Honeywell Experion PKS Series 8 and Experion LX control systems. This module provides reliable acquisition of 4–20 mA DC process signals from field transmitters, converting them into digital values for high-speed process control. As a key component of the Series 8 I/O architecture, it integrates directly with the I/O Termination Assembly (IOTA) to streamline installation and reduce marshalling requirements.Features
16-channel single-ended analog input capability
Integrated on-board excitation power for field transmitters
Supports optional redundancy when paired with a compatible IOTA
Extensive self-diagnostics for channel integrity and module health monitoring
Hot-swappable design for online maintenance without system shutdown
Conformal coated (G3-rated) for harsh industrial environments
Applications
Oil & Gas: Monitoring of pressure switches, gas alarms, and safety valve status.
Power Generation: Tracking turbine interlocks and generator trip signals.
Chemical Processing: Managing reactor batch states and safety interlocks.
Water/Wastewater: Supervising pump status and critical utility alarms.
Technical Specifications
Parameter
Specification
Model
8C-PAINA1 (51454470-175)
Input Channels
16
Input Range
4-20 mA (via 250 Ohm resistor)
A/D Resolution
16 bits
Input Scan Rate
50 ms
Voltage Rating
24 VDC
Current Consumption
105 mA
Galvanic Isolation
1000 VAC RMS or +/- 1000 VDC
Operating Temperature
0 to 60 degC
Storage Temperature
-40 to 85 degC
Max Input Voltage
+/- 30 Volts
Installation Guidelines
Mount the module onto a compatible Series 8 IOTA (e.g., 8C-TAIXA1 or 8C-TAIXB1).
Ensure the system is powered down if required by local safety protocols, though the module supports hot-swapping.
Use shielded twisted pair (STP) cabling for all analog signals.
Route signal cables away from high-EMI/RFI sources to maintain signal integrity.
Verify field power selection (internal vs. external) via the IOTA configuration before applying power.
Handle with standard ESD precautions to prevent damage to sensitive electronic components.
FAQWhat is the 8C-PAINA1?The Honeywell 8C-PAINA1 is a 16-channel, non-HART analog input module for the Honeywell Series 8 I/O platform, used in Experion PKS and Experion LX systems.Does it power the field devices directly?Yes, it provides transmitter field power through the associated I/O Termination Assembly (IOTA), eliminating the need for external marshalling power supplies.Does the 8C-PAINA1 support HART communication?No, this is a non-HART module. For HART-compatible analog inputs, please refer to the 8C-PAIHA1 model.Can modules be removed or inserted while powered?Yes, the module supports hot-swapping, allowing for maintenance and replacement without shutting down the control system.
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3 in stock
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DescriptionThe Allen-Bradley 1746-OVP16 is a high-density discrete output module designed for the SLC 500 programmable controller platform. This module is specifically engineered for high-current applications requiring a sinking configuration, providing 16 output points that act as the ground side of the circuit for 24V DC field devices. The 'P' designation signifies enhanced power handling capabilities and integrated protection features, ensuring reliable operation in demanding industrial environments.Features
16 sinking output points for 24V DC field devices.
High-current output capability for robust industrial switching.
Integrated fuse protection for circuitry safety.
Blown fuse LED indicator on the front panel for rapid diagnostic troubleshooting.
Removable Terminal Blocks (RTBs) for simplified wiring and efficient module replacement without disturbing field connections.
ApplicationsThis module is intended for use in SLC 500 chassis-based systems. It is commonly deployed in manufacturing and process control environments for driving high-current DC loads such as solenoids, relays, and contactors where sinking output logic is required.Technical Specifications
Brand
Allen-Bradley
Product Line
SLC 500
Module Type
High-Current Digital DC Output (Sinking)
Number of Outputs
16 (16 points per common)
Operating Voltage Range
20.4 to 26.4V DC (Sink)
Backplane Current (5V DC)
250 mA
Backplane Current (24V DC)
0 mA
On-Signal Delay
0.1 ms (max resistive load)
Off-Signal Delay
1.0 ms (max resistive load)
On-State Voltage Drop
1.0V at 1.0A
Surge Current
4.0 Amps for 10 ms (per point)
Max Off-State Leakage
1.0 mA
Total Thermal Dissipation
6.26 Watts
Installation Guidelines
Ensure the SLC 500 chassis power is disconnected before installing or removing the module to prevent electrical arcing or damage.
Use the provided Removable Terminal Blocks (RTBs) for wiring; ensure wires are properly secured to prevent intermittent connections.
Maintain adequate clearance around the module to allow for proper ventilation and heat dissipation.
Follow standard ESD (Electrostatic Discharge) handling procedures when touching internal module components.
Route signal wiring away from high-voltage AC lines or high-EMI sources to minimize signal interference.
FAQDoes this module require external power for the outputs?Yes, the 1746-OVP16 requires an external 24V DC power source to drive the field devices connected to the sinking outputs.What does the 'P' in 1746-OVP16 stand for?The 'P' indicates that the module includes integrated protection features, specifically a fused common and a blown fuse indicator LED, which are not present on standard output modules.
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7 in stock
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DescriptionThe Foxboro FBM224 (P0926GG) is a high-performance Communication Interface Module (CIM) designed for the I/A Series distributed control system. It acts as a critical gateway between the Foxboro Fieldbus and external serial-based devices, including PLCs, motor control centers, and smart power meters. By centralizing third-party device management within the I/A Series environment, the FBM224 minimizes wiring complexity and provides comprehensive diagnostic visibility, which is essential for maintaining uptime in complex industrial architectures.Features
Modular Design: Standard Eurocard form factor for direct installation into I/A Series high-density baseplates.
Protocol Support: Native support for Modbus RTU and Modbus ASCII protocols.
Flexible Connectivity: Features four software-configurable ports supporting RS-232, RS-422, or RS-485 electrical standards.
Redundancy: Supports dual-redundant Fieldbus connections for enhanced system-level reliability.
Galvanic Isolation: 600 V AC isolation on all communication ports to protect internal logic from ground loops and electrical transients.
Hot-Swappable: Designed for replacement while the baseplate is powered, ensuring zero interruption to the Fieldbus or adjacent I/O.
ApplicationsThe FBM224 is widely deployed in mission-critical industrial environments, including oil refineries, chemical processing plants, and large-scale utility systems. It is primarily used to integrate multi-vendor automation equipment into a unified control strategy.Technical Specifications
Model
FBM224 (P0926GG)
Module Type
4-Port Communication Interface Module
Communication Ports
4 x RS-232 / RS-422 / RS-485 (Software Configurable)
Baud Rates
Up to 38.4 kbps
Isolation
600 V AC galvanic isolation
Power Consumption
4 W maximum
Operating Temperature
-20 to +70 deg C
Relative Humidity
5 to 95 percent (non-condensing)
Environmental Rating
G3 Harsh Environment (ISA S71.04)
Installation Guidelines
Mounting: Ensure the module is fully seated in the I/A Series baseplate to ensure proper backplane connection.
Handling: Use standard ESD precautions when handling the module to prevent damage to sensitive internal circuitry.
Wiring: Utilize shielded communication cables for all serial connections. Ensure proper grounding of cable shields to minimize EMI/RFI interference.
Configuration: Ports are software-configurable; verify port settings in the I/A Series configuration software before connecting field devices.
Power: While the module is hot-swappable, ensure that field-side power is disconnected from the terminal block before performing wiring maintenance on the ports.
FAQQ: Can the FBM224 be replaced while the system is running?A: Yes, the FBM224 is hot-swappable, allowing for replacement without interrupting the operation of the Fieldbus or adjacent I/O modules.Q: What protocols does this module support?A: The FBM224 supports Modbus RTU and Modbus ASCII protocols via its four serial ports.Q: Are the communication ports isolated?A: Yes, the module features 600 V AC galvanic isolation on all four communication ports to protect against electrical transients and ground loops.
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2 in stock
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DescriptionThe Allen-Bradley 1746-NR8 is an 8-point RTD/Resistance input module designed for use within the SLC 500 programmable controller system. This module provides high-precision temperature and resistance monitoring, allowing for the direct connection of RTD sensors or resistance-based devices to the PLC backplane. It is engineered to deliver reliable signal conditioning and conversion for industrial process control applications.Features
8-point input density for multi-channel temperature monitoring.
Compatible with standard SLC 500 I/O chassis configurations.
Supports a variety of RTD types and resistance ranges.
Low power consumption profile for efficient rack operation.
Integrated signal filtering for improved noise immunity in industrial environments.
ApplicationsThis module is typically utilized in process automation environments requiring precise temperature measurement, such as HVAC systems, chemical processing, food and beverage manufacturing, and thermal management systems within industrial machinery.Technical Specifications
Product Model
1746-NR8
Module Type
RTD/Resistance Input Module
Input Points
8
Backplane Current
100 mA @ 5V DC; 55 mA @ 24V DC
Power Consumption
1.82W maximum (0.5W @ 5V DC, 1.32W @ 24V DC)
Step Response
60 ms (in), 2.5 ms (out)
Operating Temperature
0 to 60 degC (32 to 140 degF)
Chassis Placement
Any slot except Slot 0
Installation Guidelines
Ensure the SLC 500 chassis power is disconnected before installing or removing the module.
The module can be installed in any available slot of the I/O chassis, with the exception of Slot 0.
Use appropriate shielded cabling for RTD inputs to minimize electromagnetic interference (EMI).
Ensure proper grounding of the chassis to maintain signal integrity and safety.
Handle the module using ESD-safe practices to prevent damage to internal circuitry.
Verify that the backplane power supply capacity is sufficient for the total load of all installed modules.
FAQWhat types of sensors can be connected to the 1746-NR8?The 1746-NR8 is designed to interface with RTD (Resistance Temperature Detector) sensors and resistive inputs. Refer to the specific Allen-Bradley user manual for the 1746-NR8 for the list of supported RTD types (e.g., Pt100, Ni100) and resistance ranges.Can this module be placed in any slot?No, the 1746-NR8 can be placed in any slot of the SLC 500 I/O chassis except for Slot 0, which is reserved for the processor.
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