ABB   3BSE019050R1000  PFTL 301E 1,0kN, Load cell

3BSE019050R1000

General Information

Product ID:   3BSE019050R1000

ABB Type Designation:   PFTL301E-1.0kN

Catalog Description:   PFTL 301E 1.0kN, Load cell

Additional Information

ABB Type Designation:  PFTL301E-1.0kN

Core Credit:   0.00

Country or Territory of Origin:   Sweden

Customs Tariff Number:  85389091

Frame Size:   Spare_Parts

Gross Weight:   5.75 kg

Invoice Description:    PFTL 301E 1.0kN, Load cell

Made To Order:   No

Medium Description:   Load Cell, Mini-PBT

Minimum Order Quantity:   1 piece

Order Multiple:   1 piece

Package Level 1 Gross Weight:    5.75 kg

Package Level 1 Units:   1 piece

Part Type:   New

Product Name:   Unclassified

Product Net Weight:   5.75 kg

Product Type:   Unclassified

Quote Only:   No

Selling Unit of Measure:   piece

Stocked At (Warehouses):   Wickliffe, Ohio, United States

Malmö, Sweden

Technical Information:

PFTL 301E-1.0 kN, with 8 m cable Top and bottom adapter plate included.

UNSPSC:   39120000

WEEE Category:   Product Not in WEEE Scope

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Product Introduction

Model: FOXBORO H90 H90C9AA0117S

Category: Industrial Computer Workstation

Brand: Foxboro

Main features and advantages

High-performance industrial computing capabilities

The H90 H90C9AA0117S is a high-performance computer workstation specifically designed for industrial automation. It is equipped with an Intel Xeon E5-2609v3 processor and supports multi-task parallel processing, meeting the real-time data operation and decision-making requirements of complex control systems.

Industrial-grade reliability design

It adopts industrial-grade SSD or HDD storage solutions, supports redundant power input, and can operate stably within a wide temperature range of -10℃ to 50℃, making it suitable for harsh industrial environments such as chemical engineering and power.

Flexible expansion interface

It is equipped with 4 Gigabit Ethernet ports and RS-232/RS-485 serial ports, supporting multiple communication protocols (such as Modbus, FF), and can be connected to sensors, PLCS and third-party control systems, with strong scalability.

Safety and diagnostic functions

It is equipped with a built-in system-level security protection mechanism to prevent unauthorized access, supports real-time monitoring of hardware status and network connection, and provides early warnings of potential faults to ensure production continuity.

Technical specifications

Parameter item specification description

Processor: Intel Xeon E5-2609v3

8GB DDR4 registered memory (expandable)

Storage: 300GB industrial-grade SSD (supporting redundancy)

Operating system: Windows Server 2008 R2 64-bit

Communication interface: 4×10/100/1000BaseT Ethernet ports

Operating temperature: -10℃ to 50℃

Protection grade IP65 (rack-mounted)

Power input: 24V DC (redundant configuration)

Dimensions: 430mm×300mm×450mm (rack type)

Application field

Process control and DCS system

As the core control node of Foxboro DCS, it integrates the real-time collection and analysis of parameters such as temperature, pressure and flow rate, optimizing the production processes in industries such as petrochemicals and pharmaceuticals.

Energy and power monitoring

Equipment condition monitoring and remote control applied in power plants and substations to ensure the stable operation of the power grid.

Intelligent manufacturing and automation

In discrete manufacturing, robots and servo drivers are connected to achieve automated scheduling and fault diagnosis of production lines.

Intelligent Buildings and Transportation

Support building management systems (BMS) and intelligent traffic signal control to enhance the operational efficiency of facilities.

FOXBORO RH928AW | I/A Series Relay Output Module

Product Overview

The FOXBORO RH928AW stands as a critical component in Foxboro I/A Series distributed control systems (DCS), functioning as a high-performance relay output module that bridges control logic with field devices.

As a key industrial automation spare part, it converts low-voltage control signals into robust switching actions, activating valves, motors, and alarms in demanding industrial settings.

Designed to integrate seamlessly with Foxboro’s I/O subsystems, the FOXBORO RH928AW plays a vital role in regulating processes where precision and reliability are non-negotiable.

Engineers typically mount the module in control cabinets alongside I/A Series FBM (Field Bus Module) interfaces, ensuring close coordination between the DCS and field equipment.

For example, in a natural gas processing plant, the FOXBORO RH928AW controls emergency shutdown valves, activating them within milliseconds when pressure sensors detect anomalies—preventing potential safety hazards and costly leaks.

The FOXBORO RH928AW combines rugged construction with intelligent design to excel in industrial control.

Its 8 independent relay channels support versatile configurations, allowing control of multiple devices—from small solenoid valves to larger motor starters—without cross-interference.

This modularity reduces the need for additional hardware, streamlining cabinet layouts in space-constrained facilities.

FOXBORO RH928AX – Higher-current variant (10A) of the FOXBORO RH928AW for heavy-duty motor control.

FOXBORO RH928AE – Ethernet-enabled relay module for remote monitoring, compatible with I/A Series DCS.

FOXBORO FBM201 – Companion analog input module, providing sensor data to the FOXBORO RH928AW for closed-loop control.

FOXBORO RH928AV – Safety-rated relay module (SIL 2) for critical shutdown systems in petrochemical plants.

FOXBORO RH928AL – Low-power variant optimized for battery-backed remote telemetry units (RTUs).

FOXBORO 2AI-A – Analog input module, pairs with the FOXBORO RH928AW in temperature control loops.

FOXBORO 4AO-E – Quad analog output module, complementary to the FOXBORO RH928AW for variable speed drive control.

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N-2AX+DIO is a multifunctional input/output module from Foxboro, mainly used in industrial automation control systems

Signal conversion

Convert the signal from the temperature sensor into a standard current signal (such as 4-20mA) to achieve precise measurement and remote transmission.

Multiple input and output options

It supports multiple signal input and output methods such as analog, digital and switch quantities, and is suitable for different application requirements.

Widely applied

It is widely applied in the automatic control systems of industries such as chemical engineering, energy, power, and water treatment.

Protection grade

It has an IP67 protection rating and is suitable for outdoor or humid environments.

The design of this module aims to enhance the flexibility and reliability of the system and ensure stable operation in complex industrial environments.

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Foxboro RH924WA FCP280 Fiber Optic Network Adapter

Overview:

The RH924WA is a specialized fiber optic adapter designed for the EcoStruxure Foxboro DCS Field Control Processor 280 (FCP280).

This adapter is crucial for ensuring seamless network connectivity by bridging the FCP280 to Ethernet switches within the Control Network, particularly in industrial automation systems.

Technical Specifications

Connector Type:

LC connectors (adapter end)

MT-RJ connector (switch end)

Cable Material:

Multimode fiber (MMF) 62.5/125 µm plenum

Cable Length:

Up to 50 meters (Schneider Electric supplied)

Up to 2 kilometers (user supplied)

Power Source:

Powered by the FCP280 baseplate

Operating Temperature:

-20 to 60°C (-4 to 140°F)

Storage Temperature:

-40 to +70°C (-40 to +158°F)

Humidity:

5 to 95% (non-condensing)

Vibration:

0.5 g (5 to 500 Hz)

Regulatory Compliance:

CE certified

EMC Directive 2014/30/EU

UL listed for Class I, Groups A-D; Division 2

RH924WA

Features

Network Connectivity: Connects the FCP280 to the Control Network using fiber optic cables.

Reliability: Enhances reliability with fault-tolerant operation.

Durability: Suitable for harsh environments (Class G3).

Mounting: Requires no special cabinets for mounting.

Field Mounting: Certified for field mounting in enclosures.

Use Cases

The RH924WA adapter is essential in industrial automation systems, where robust and high-speed communication is required between the FCP280 and the Control Network.

Its robust design and compliance with stringent environmental and safety standards make it particularly suitable for challenging industrial environments.

This ensures reliable performance and connectivity even under harsh conditions.

Summary

The RH924WA fiber optic adapter is a critical component for industrial automation systems using the EcoStruxure Foxboro DCS Field Control Processor 280.

It offers reliable and fault-tolerant network connectivity, ensuring high-speed communication between the FCP280 and Ethernet switches. Its robust design, regulatory compliance, and suitability for harsh environments make it an ideal choice for maintaining efficient and reliable operations in industrial settings.

RH924WA

FOXBORO H92 Versatile Hardware Component In

Overview

The FOXBORO H92 is a versatile hardware component designed to deliver high performance and reliability. It is crucial for the FOXBORO process automation system,

widely used in various industries for control and monitoring applications.

Key Features and Capabilities

Robust and Reliable: The H92 module withstands harsh industrial environments, ensuring durability and a long operational lifespan.

Flexible Configuration: Configure the module to meet specific process requirements, making it adaptable to many applications.

High Performance: The H92 offers fast processing speeds and efficient data handling, ensuring optimal system performance.

Compatibility: It integrates seamlessly with other components within the FOXBORO ecosystem, facilitating easy system integration.

Scalability: Scale the module to accommodate growing process demands, providing a future-proof solution.

Technical Specifications

While specific technical specifications may vary depending on the exact configuration and application, here are some common features you can expect from the FOXBORO H92:

Processing Power: The module has a powerful processor capable of handling complex control algorithms and data analysis.

Memory: It has ample memory for storing process data, configuration settings, and application programs.

I/O Capabilities: The H92 supports a variety of input and output modules, enabling connections to various field devices such as sensors, actuators, and communication networks.

Communication: Equipped with multiple communication interfaces, including Ethernet, serial, and fieldbus protocols, it ensures seamless integration with other systems.

Safety and Security: The module incorporates robust security features to protect critical process data and prevent unauthorized access.

Environmental Rating: It operates in a wide range of temperature and humidity conditions, making it suitable for various industrial environments.

Applications

The FOXBORO H92 finds applications in a diverse range of industries, including:

Oil and Gas: Used for process control, monitoring, and safety systems.

Power Generation: Applied in plant automation and optimization.

Chemical Processing: Supports batch and continuous process control.

Water and Wastewater Treatment: Essential for process monitoring and control.

Food and Beverage: Integral for quality control and automation.

Benefits of Using FOXBORO H92

Improved Efficiency: Optimized process control leads to increased productivity and reduced downtime.

Enhanced Safety: The robust safety features help prevent accidents and ensure personnel safety.

Reduced Costs: Lower maintenance costs and improved asset utilization contribute to overall cost savings.

Increased Reliability: The module’s reliability ensures consistent system performance and minimizes disruptions.

H92

Foxboro FBM218 P0922VW HART® Communication Redundant Output Interface Module

The FBM218 module offers redundant configurations for eight output channels, each capable of providing a 4 to 20mA analog output signal or a digital HART® signal superimposed on a 4 to 20 mA analog output signal.

Specification：

Supported Hart Instrument Types : HART instruments compliant to Version 5. 6. or 7 of the HART specifications may be used

Interface : 8 isolated output channels

Isolation : The channels are galvanically isolated (both optical and transformer isolation) from each other, and from ground and module logic. The module withstands, without damage, a potential of 600 V ac applied for one minute between the isolated channels and earth (ground).

Fieldbus Communication : Communicates with its associated FCM or FCP via the redundant 2 Mbps HDLC fieldbus

Operating temperature : Module -20 to +70°C (-4 to +158°F) Termination Assembly PVC -20 to +50°C (-4 to +122°F)

FBM218

Key Features：

Key features of the FBM218 module include:

Eight channel-isolated output channels, each providing one of the following outputs:

Standard 4 to 20 mA analog output signal

Digital HART Frequency Shift Keying (FSK) signal superimposed on a 4 to 20 mA analog output signal.

Module pairs offer redundancy at the FBM level.

FSK modem dedicated to each output channel for bi-directional digital communications with a HART field device.

Support for HART universal commands necessary to interface the field device with the I/A Series® system database.

Galvanic isolation of all output channels from each other, ground, and module logic.

Compact, rugged design suitable for enclosure in Class G3 (harsh) environments.

Termination Assemblies (TAs) for locally or remotely connecting field wiring to the FBM218.

OVERVIEW:

The HART Communication Redundant Output Interface Module (FBM218) comprises eight channel-isolated output channels, supporting a mix of standard 4 to 20 mA devices and HART devices.

When used in pairs, these modules provide redundancy at the Fieldbus Module (FBM) level, with field outputs connected to a common termination assembly. In this configuration, one FBM218 serves as the Master, and the other as the Tracker.

The FBM218 also functions as a HART communications field device host, facilitating the I/A Series system’s ability to request and receive two digital messages per second from each field device. This enables message pass-through capabilities to support various HART commands, excluding burst communication mode.

The module offers an isolated power supply for each channel.

COMPACT DESIGN:

The FBM218 boasts a compact design with a rugged extruded aluminum exterior for circuit protection. Specifically designed enclosures are available for mounting the FBMs, providing varying levels of environmental protection, up to harsh environments per ISA Standard S71.04.

Part Number: E69F-TI2-J-R-S

Model: E69F Series Current-To-Pneumatic Signal Converter

Manufacturer: Foxboro

Description

Compact and easily mounted

Minimal effects from ambient atmospheric conditions

Application versatility

Shock, vibration and inclination effects minimized

Model: E69F = Field-Mounted Current-to-Pneumatic Converter

Enclosure: T = Threaded cover – explosion-proof (must be used in all explosion-proof applications)

Input Signal Range and Impedance: I = 4 to 20. 4 to 12. or 12 to 20 mA dc;   170 Ohm;   direct or reverse action

Output Signal: 2 = 20 to 100 kPa, 3 to 15 psi, or 0.2 to 1.0 bar or kg/cm²

E69F-T-I2-JRS

Optional Selections:

– J = Integral explosion-proof junction box

– R = Adjustable filter regulator without gauge

– S = Supply/output gauges

Note:

Refer to “Electrical Safety Specifications”.

Specify the input signal range, and whether direct or reverse action, also specify the output signal.

The E69F Field-Mounted Current-to-Pneumatic Signal Converter accepts a standard direct current input

signal and converts it to a proportional pneumatic output signal for use with other pneumatic instruments or

control valves. As symbolized by the “CE” Logo marking on the product, this product conforms to the

applicable European Union Directives.

COMPACT AND EASILY MOUNTED

The E69F Converter is a small, compactly designed

device which is very simply connected to both

electrical and pneumatic interfaces. It can be easily

mounted to a surface, a valve yoke, or to a nominal

DN 50 or 2 in vertical pipe.

MINIMAL EFFECTS FROM AMBIENT

ATMOSPHERIC CONDITIONS

The design of the galvanometric motor in the E69F

Converter provides for generous clearances

between coil and housing. Normal atmospheric

changes which may cause corrosion and dust

particles do not hinder operation of the mechanism,

as sometimes happens with voice coil type

instruments.

APPLICATION VERSATILITY

Choice of input and output signals, split input

ranges, as well as direct or reverse action, makes

this converter easily adaptable for a wide range of

applications. Output signals are available to make

this converter particularly suitable for use in valve

applications

SHOCK, VIBRATION, AND INCLINATION

EFFECTS MINIMIZED

Utilizing stiff feedback flexures and low mass

components, the effect of vibration and shock

normally encountered in process applications is

minimized. Statically balancing the coil in the unique

galvanometric motor greatly minimizes inclination

effects.

E69F-BI2-S

PERFORMANCE SPECIFICATIONS

(All values are for normal input ranges)

Accuracy

Output Signal Codes 2 and 3

±1.0% of span

Output Signal Codes 7 and 8

±2% of span

Linearity

±0.5% of span, typical

(maximum deviation limited by accuracy

specification)

Repeatability

±0.25% of span, typical

(maximum deviation limited by accuracy

specification)

Hysteresis

±0.5% of span, typical

(maximum deviation limited by accuracy

specification)

Dead Band

E69F-BI2-S

0.1% of span

Supply Pressure Effect

A change in supply pressure causes a zero shift of

less than 0.04% of span per kPa (0.25% per psi).

Ambient Temperature Effect

A 28°C (50°F) change in ambient temperature,

within the operating limits of 0 and 60°C (32 and

140°F), causes zero and span shifts of ±1.0% of

span, or less.

Inclination Effect

Maximum zero shift is 0.25% of span for a 5 degree

angular change in inclination from the vertical. This

error can be eliminated by calibrating instrument at

its intended mounting position.

Shock Effect

Maximum zero shift is 0.5% of span when subjected

to a shock test level of 300 m/s2 (30 “g”) measured

at the feedback support bracket.