General Information Product ID:3BSE004166R1 ABB Type Designation:PFTL 101A-1.0kN Catalog Description:PFTL 101A-1.0kN, Load cell
Additional Information ABB Type Designation:PFTL 101A-1.0kN Gross Weight:9 kg Invoice Description:PFTL 101A-1.0kN, Load cell Made To Order:No Minimum Order Quantity:1 piece Order Multiple:1 piece Package Level 1 Gross Weight:9 kg Package Level 1 Units:1 piece Part Type:New Product Name:Unclassified Product Net Weight:9 kg Product Type:Unclassified Quote Only:No Selling Unit of Measure:piece
Technical Information: PFTL 101A-1.0kN, Load Cell UNSPSC:39120000 WEEE Category:Product Not in WEEE Scope
General Information Product ID:2VAA008424R1 ABB Type Designation:cRBX01 Catalog Description:cRBX01 Remote Bus eXtender Long Description:Compact, Remote Bus eXtender (Fiber Optic Repeater) Additional Information Medium Description: Compact, Remote Bus eXtender (Fiber Optic Repeater) Product Type:Communication_Module
Ordering HS Code:851762 — ELECTRICAL MACHINERY AND EQUIPMENT AND PARTS THEREOF; SOUND RECORDERS AND REPRODUCERS, TELEVISION IMAGE AND SOUND RECORDERS AND REPRODUCERS, AND PARTS AND ACCESSORIES OF SUCH ARTICLES;Telephone sets, including smartphones and other telephones for cellular networks or for other wireless networks; other apparatus for the transmission or reception of voice, images or other data, including apparatus for communication in a wired or wireless network (such as a local or wide area network), other than transmission or reception apparatus of heading 8443, 8525, 8527 or 8528;Other apparatus for the transmission or reception of voice, images or other data, including apparatus for communication in a wired or wireless network (such as a local or wide area network);Machines for the reception, conversion and transmission or regeneration of voice, images or other data, including switching and routing apparatus.
Dimensions Product Net Depth / Length:128 mm Product Net Height:127 mm Product Net Width:34 mm Product Net Weight:0.166 kg
Technical Channel Type:AI Number of Input Channels:0 Number of Output Channels:0 Environmental RoHS Status:Following EU Directive 2011/65/EU WEEE Category:5. Small Equipment (No External Dimension More Than 50 cm) Number of Batteries:0
Technical Analysis of ABB LDGRB-01 3BSE013177R1 Module
Product overview LDGRB-01 (model 3BSE013177R1) is a signal conditioning and interface module in ABB Industrial800XA or Symphony Plus system, which is mainly used for signal isolation, conversion and distribution in industrial automation systems. The module is designed for harsh industrial environment to ensure the reliability and accuracy of signal transmission.
Core functions and features Signal processing: Support the isolation and conversion of analog signals (such as 4-20mA and 0-10V) and digital signals; Provide high-precision signal conditioning, with typical accuracy of ±0.1% FS (full scale); Support the signal input of temperature sensors such as thermocouple (TC) and resistance temperature detector (RTD). Electrical characteristics: The input/output channels and the channels are electrically isolated from the system, and the isolation voltage is as high as 1500V DC；; Working temperature range:-25 C to+70 C, suitable for industrial field installation; Protection grade: IP20 (to be installed in the control cabinet). Communication and integration: Seamless integration with ABB 800xA or Symphony Plus system through backplane bus; Support HART protocol communication (if configured as analog input/output module).
Typical application scenarios Process control: sensor signal isolation and distribution in chemical industry, oil and gas industry; Power system: substation temperature monitoring and protection signal conditioning; Discrete manufacturing: state signal acquisition and conversion of production line equipment.
Configuration and maintenance Engineering tools: Configure module parameters through ABB Control Builder or System 800xA engineering environment; Support online diagnosis and parameter adjustment without downtime. Diagnostic function: The module has built-in LED status indicator, which displays the status of power supply, communication and channel in real time. Detailed fault information can be viewed through the system HMI or diagnostic software.
GRBTU (model 3BSE013175R1) is a special communication gateway module for ABB Industrial800xa or Symphony Plus system, which is used to realize protocol conversion and data integration between industrial equipment and control system. Mainly used in power automation, process industry and infrastructure fields.
Core functions and features Protocol support: Support IEC 60870-5-104, DNP3, Modbus TCP/RTU and other standard industrial protocols, and be compatible with third-party equipment (such as protective relays and intelligent instruments). Optional configuration supports OPC UA or PROFIBUS DP (firmware version needs to be verified). Hardware design: Modular structure, pluggable terminal design, convenient for on-site maintenance; Dual Ethernet ports (10/100 Mbps), supporting redundant communication; Working temperature:-20 C to+60 C, in line with the industrial EMC standard (IEC 61000-6-2). Data processing: Provide data caching and timestamp functions to ensure data integrity when communication is interrupted; Support bidirectional data mapping between SCADA system and field equipment.
Typical application scenarios Power system: substation automation (communication with ABB REL670 protection device); Water treatment plant: pump station monitoring and PLC data acquisition; Oil and gas: protocol conversion between remote RTU and central control system.
General Information Product ID: 3BHE037864R0101P ABB Type Designation:- Catalog Description: UF C911 B101: CVMI2B -PROGRAMMED-
Additional Information ABB Type Designation:- Country or Territory of Origin:Switzerland Customs Tariff Number:85352100 Frame Size:Undefined Gross Volume:0 in³ Gross Weight:0 lb Invoice Description:UF C911 B101: CVMI2B -PROGRAMMED- Made To Order:No Minimum Order Quantity:1 EA Order Multiple:1 EA Package Level 1 Gross Weight:0 lb Package Level 1 Units:1 EA Part Type:New
Description Use the 3500 System rack to mount all 3500 monitor modules and power supplies. The rack allows you to place 3500 modules near one another, enabling them to easily communicate, and to mount power supplies necessary to distribute power to each module. 3500 racks are available in two sizes: Full-size rack. 19-inch EIA rack with 14 available module slots. Mini-rack. 12-inch rack with seven available module slots. You can order 3500 racks in three formats: Panel mount. This rack format mounts to rectangular cut outs in panels, and secures to the panel using clamps supplied with the rack. Wiring connections and I/O modules are accessible from the rear of the rack. Rack mount. This rack format mounts the 3500 Rack on 19 inch EIA rails. Wiring connections and I/O modules are accessible from the rear of the rack. Bulkhead mount. This rack format mounts the rack against a wall or panel when it is not possible to access the rear of the rack. Wiring connections and I/O modules are accessible from the front of the rack. The 3500/05 Mini-Rack is not available in this format. The power supplies and rack interface module must occupy the far-left rack positions. The remaining 14 rack positions (seven rack positions for the mini-rack) are available for any combination of modules.
Product overview Bently Nevada 330130-045-00-00 is a special extension cable for 3300x8mm proximity sensor system, which is used to connect 3300x8mm probe and Proximitor sensor to ensure high-precision vibration and position measurement signal transmission. The cable adopts optimized electrical and mechanical design and is suitable for industrial machinery condition monitoring applications, such as turbines, compressors, pumps and motors.
Main technical features (1) High performance electrical characteristics Low-resistance design: the typical value of the center conductor resistance (RCORE) is 0.88 Ω 0.13 Ω (4m in length), ensuring low-loss signal transmission. Shielding and anti-interference: 75Ω triaxial cable structure and fluorinated ethylene propylene (FEP) insulation layer are adopted to effectively suppress electromagnetic interference (EMI) and radio frequency interference (RFI). Compatibility: It is completely matched with 3300 XL 8mm probe and Proximitor sensor, supporting plug and play without additional calibration. (2) Strong and durable mechanical structure High tensile strength: CableLoc patented design can bear a tensile force of 330N(75lbf) to prevent the cable from accidentally falling off. Anti-oil and anti-corrosion: Optional FluidLoc version, to prevent oil from penetrating into the cable, suitable for lubricating oil or coolant environment. Gold-plated ClickLoc connector: corrosion-resistant, oxidation-resistant, reliable connection can be ensured only by finger tightening, and it has locking mechanism. (3) Environmental adaptability Standard temperature range:-52 C to+177 C (-62 F to+350 F), suitable for most industrial environments. Extended temperature range (ETR) option: Up to 260 C (500 F), suitable for high temperature applications (such as gas turbine exhaust section). Minimum bending radius: 25.4mm(1 inch), easy to install in narrow space.
Typical application Vibration monitoring of rotating machinery (API 670 standard application) Axial and radial position measurement (such as turbine shaft displacement) Keyphasor® speed signal acquisition Mechanical monitoring in high temperature or oily environment Step 4 summarize Bently Nevada 330130-045-00-00 3300XL extension cable has become the key component of industrial machinery condition monitoring system because of its low resistance, anti-interference, high mechanical strength and wide temperature adaptability. Its modular design supports rapid replacement, ensures long-term stable operation of the system, and is suitable for harsh working conditions in petroleum, chemical, electric power, shipbuilding and other industries.
Bently Nevada 3500/25 Enhanced Key Phase Module (P/N 149369-01) is a professional equipment in the field of mechanical condition monitoring. As a key component of the 3500 mechanical protection system, it provides accurate key phase signals for the monitoring module. The module adopts half-height design and dual-channel configuration, which is completely the old system in backwards compatibility and can directly replace PWA 125792-01 module. Second, the core functional characteristics
Signal processing ability Multi-event processing: Support multiple event signal processing per revolution, up to 20kHz. Signal conversion: convert the input signal close to the probe or magnetic pickup into the digital key phase signal. Intelligent threshold: It provides two working modes: automatic threshold (above 0.017Hz) and manual threshold (adjustable from 0 to -20V DC). Lag adjustment: the user can adjust the lag range from 0.2 to 2.5V
System integration characteristics Configuration flexibility: Support standard configuration (up to 4 key phase signals) and pairing configuration (up to 8 key phase signals). Redundancy design: TMR (Triple Module Redundancy) application needs to use two key phase modules to work in parallel. Isolation option: isolated I/O module version is available, which is suitable for situations where signals need to be isolated from the control system. III. Detailed explanation of technical specifications
Input characteristics Parameter specification Input type is close to probe or magnetic pickup. Input range non-isolated I/O: +0.8V to-21.0V. Isolated I/O: +5V to -11V Input impedance ≥ 21.8kω Minimum trigger amplitude automatic threshold: 2Vpp Manual threshold: 500mVpp Speed range is 1-1,200,000 CPM (0.017-20kHz).
Output characteristics Parameter specification Output interface front panel coaxial connector+rear panel European connector Output impedance ≤ 504Ω Power output-24 VDC, max 40mA per channel.
Performance indicators Parameter non-processing signal accuracy processing signal accurac
Module overview 125840-02 is a Low Voltage AC power input module (PIM) in Bently Nevada 3500 series mechanical protection system, which belongs to the Legacy power solution of this system. This module needs to be used together with the supporting Legacy low-voltage AC power supply module to provide power support for the 3500 rack.
Key characteristics Traditional system components: It belongs to the early power supply solution of Bently Nevada and is incompatible with the new Universal AC power supply system. Dedicated voltage input: designed for a specific low-voltage AC input range (refer to the specific specifications, and the parameters of this model are not clearly listed in the document). Safety protection: built-in overvoltage protection mechanism, abnormal voltage will trigger PIM fuse to open. Modular architecture: the standard half-height module size (120.7mm×25.4mm×114.3mm) is adopted.
Technical parameters (inference) Note: The original document did not directly list the parameters of 125840-02, and the following is inferred based on similar Legacy modules.
Possible specifications of parameter categories (refer to Legacy Low Voltage DC analogy) The input voltage is expected to be in the range of 20-30Vac (official confirmation is required). The fuse specification may use 01720045 5A/500V fast-melting fuse. Installation position 3500 Half-height slot on the left side of rack Environmental adaptive working temperature-30 C to+65 C.
106m1081-01 universal AC power input module (PIM) is one of the core components of Bentley Nevada 3500/15 AC and DC power supply system, which is specially designed for universal AC voltage input. The module is used in conjunction with general AC power supply to provide stable and reliable power input support for 3500 series mechanical protection system. Key features Wide voltage input range: support 85–264 VAC RMS (non-hazardous area) and 85–250 VAC RMS (hazardous area), and adapt to different global power grid standards. High compatibility: it is compatible with the new universal AC power supply, but not with the traditional high/low voltage AC PIM. Safety protection: Built-in overvoltage protection mechanism, PIM fuse will be disconnected when overvoltage occurs to avoid equipment damage. Modular design: adopt standard half-height module size, which is convenient for installation and maintenance.
