QC1010, Cutler Hammer, QUICKLAG, type QC, 1P, 1PH, 10A, 120/240V, 10kA@120V, standard interrupting capacity, 40°C, feed-thru, LI - Long-Time and Instantaneous trip functions and line & load side lug terminals, thermal magnetic, molded case circuit breakers

Part Number	QC1010
Manufacturers	Cutler Hammer
Sub-Category	Molded Case
Family	QUICKLAG
Type	QC
Phase	1
Amperage	10
Functions	LI - Long-Time and Instantaneous
Aic Rating	10kA@120V
Poles	1
Connection	Feed-Thru
Protection	Thermal Magnetic
Voltage	240

 

Tags :

• QC1010 Cutler Hammer
• QC1020 Cutler Hammer
• QC1030 Cutler Hammer

Tags :

• Low Voltage Circuit Breaker
• Circuit Breaker
• Molded case circuit breakers

Machinery Protection Card Type MPC4

The MPC4 Machinery Protection Card is the central element in Machinery Protection System. This very versatile card is capable of measuring and monitoring up to 4 dynamic signal inputs and up to 2 speed inputs simultaneously.

A variety of speed sensors may be connected (e.g. systems based on proximity probes, magnetic pulse pick-up sensors, systems providing TTL signals). Fractional tacho ratios are supported.

The dynamic signal inputs are fully programmable and can accept signals representing acceleration, velocity, displacement (proximity) or other parameters. On-board multi-channel processing allows measurement of various physical parameters, including relative and absolute vibration, Smax, eccentricity, thrust position, absolute and differential housing expansion, displacement, dynamic pressure, etc.

Digital processing includes digital filtering, integration or differentiation (if required), rectification (RMS, mean value, true peak or true peak-to-peak), order tracking (amplitude and phase) and measurement of the transducer-target gap.The calibration may be expressed in metric or imperial units. Alert and Danger set points are fully programmable, as are alarm time delay, hysteresis and latching. The Alert and Danger levels can be adapted as a function of the speed or any external information.

A digital output is available internally (on the IOC 4T card) for each alarm level. These alarm signals may be routed within the rack to drive change-over relays on an optional RLC 16 relay card.

The processed dynamic signals and speed signals are available at the rear of the rack as analog output signals. Voltage-based (0-10 V) and current-based (4-20 mA) signals are provided.

The MPC 4 performs a self-test and diagnostic routine on power-up. In addition, the card’s built-in “OK System” continuously monitors the level of signals provided by the sensors and indicates any problem due to a broken transmission line, faulty transducer or conditioner.

An LED indicator on the MPC 4 front panel indicates whether a processing or hardware error has occurred. Six additional LEDs (one per channel) indicate whether the OK System has detected a fault and whether an alarm has occurred on the channel.

FEATURES:

• Continuous on-line Machinery Protection Card

• Real-time measurement and monitoring using stateof-the-art DSP techniques

• Fully VME-compatible slave interface

• Fully software configurable via RS-232 or VME

• Four programmable inputs (e.g. vibration, pressure, etc. ) and two programmable tachometer inputs

• Programmable broad-band and tracking filters

• Performs simultaneous amplitude and phase monitoring in order tracking mode

• Programmable Alert, Danger and OK set points

• Adaptive Alert and Danger levels

• Front panel BNC connectors for easy analysis of raw signals

• 7 front panel LEDs showing monitoring status and alarms

• Provides power supply for ICP accelerometers, proximity systems, and many VM front-ends

• Live insertion / removal of cards possible

Relevant Ordering Number:

MPC4 200-510-078-115 Machinery Protection Card

MPC4 200-510-150-031 Machinery Protection Card

MPC4 200-510-150-011 Machinery Protection Card

MPC4 200-510-071-113 Machinery Protection Card

The GSI127 is a galvanic separation unit from VM product line. It is designed for operation with the signal conditioners, charge amplifiers and electronics (attached or integrated) used by various VM measurement chains and/or sensors.Compatible devices include the IPC707 signal conditioners (charge amplifiers) used by CAxxx piezoelectric accelerometers and CPxxx dynamic pressure sensors (and older IPC704 signal conditioners too), the IQS9xx signal conditioners used by TQ9xx proximity sensors (and older IQS4xx signal conditioners too), the attached or integrated electronics used by CExxx piezoelectric accelerometers, and the integrated electronics used by the VE210 velocity sensor. The GSI127 is also compatible with industry standard IEPE (integrated electronics piezo electric) vibration sensors, that is, the integrated electronics used by constant-current voltage output sensors such as the CE620 and PV660 (and older CE680, CE110I and PV102 sensors too).

The GSI127 is also compatible with industry standard IEPE (integrated electronics piezo electric) vibration sensors, that is, the integrated electronics used by constant-current voltageoutput sensors such as the CE620 and PV660 (and older CE680, CE110I and PV102 sensors too).

The GSI127 galvanic separation unit is a versatile unit that can is used for the transmission of high frequency AC signals over long distances in measurement chains using current-signal transmission or as a safety barrier unit in measurement chains using voltage-signal transmission. More generally, it may be used to supply any electronic system (sensor side) having a consumption of up to 22 mA.

The GSI127 also rejects a large amount of the frame voltage that can introduce noise into a measurement chain. (Frame voltage is the ground noise and AC noise pickup that can occur between the sensor case (sensor ground) and the monitoring system (electronic ground)). In addition, its redesigned internal power supply results in a floating output signal, eliminating the need for an additional external power supply such as an APF19x.

The GSI127 is certified to be installed in an Ex Zone 2 (nA) when supplying measurement chains installed in Ex environments up to Zone 0 ([ia]). The unit also eliminates the need for additional external Zener barriers in intrinsic safety (Ex i) applications.

The GSI127 housing features removable screw terminal connectors that can unplugged from the main body of the housing to simplify installation and mounting. It also features a DIN-rail mounting adaptor that allows it to be mounted directly on a DIN rail.

Notes

All dimensions are in mm (in) unless otherwise stated.

For standard versions of the GSI127, the housing is completely grey in colour.

For Ex approved versions of the GSI127, the housing is grey in colour but with a screw-terminal connector (top) for sensor-side signals (electrical connections) that is blue in colour.

Relevant Ordering Number:

244-127-000-017

Understanding the Yokogawa SPW484-50

The Yokogawa SPW484-50 is a high-performance pressure transmitter designed for a wide range of industrial applications. This reliable and accurate instrument is ideal for monitoring and controlling pressure in various processes.

Key Features:

· Precision Measurement: The SPW484-50 delivers highly accurate pressure measurements, ensuring precise control and monitoring of your processes.

· Wide Measurement Range: The transmitter offers a wide range of pressure measurement capabilities, making it suitable for various applications.

· Robust Construction: Built to withstand harsh industrial environments, the SPW484-50 is designed for long-term reliability and durability.

· Easy Integration: The transmitter is compatible with Yokogawa's DCS systems and other industry-standard automation platforms, simplifying integration and configuration.

· Enhanced Safety: With its reliable performance and accurate measurements, the SPW484-50 contributes to enhanced safety and operational efficiency.

Applications:

The SPW484-50 finds application in a diverse range of industries, including:

· Oil and Gas: Monitoring pressure in pipelines, tanks, and processing equipment.

· Chemical and Petrochemical: Controlling processes involving pressure-sensitive parameters.

· Power Generation: Monitoring pressure in boilers, turbines, and other critical components.

· Water and Wastewater Treatment: Regulating pressure in filtration and pumping systems.

· Pharmaceutical: Ensuring accurate pressure control in manufacturing processes.

Benefits of Using the Yokogawa SPW484-50:

· Improved Process Control: Accurate pressure measurements enable precise control of industrial processes, leading to enhanced efficiency and product quality.

· Enhanced Safety: Reliable pressure monitoring helps prevent equipment failures and safety hazards.

· Reduced Downtime: The SPW484-50's durability and reliability minimize downtime and maintenance costs.

· Easy Integration: Seamless integration into existing systems simplifies installation and configuration.

Conclusion:

The Yokogawa SPW484-50 is a valuable asset for any industrial facility that requires accurate and reliable pressure measurement. Its combination of precision, durability, and ease of use makes it a trusted choice for a wide range of applications.

If you have inquiry about Yokogawa，feel free to send us inquiry by email：

sales6@amikon.cn(click)

Yokogawa is a global leader in industrial automation and control solutions. With a rich history dating back to 1915, Yokogawa has been at the forefront of technological innovation, providing cutting-edge products and services to a wide range of industries.

Core Competencies

Yokogawa's expertise lies in the following areas:

· Measurement: The company offers a comprehensive range of measurement instruments, including pressure, temperature, flow, and level sensors.

· Control: Yokogawa provides advanced control systems, including distributed control systems (DCS) and programmable logic controllers (PLCs).

· Analysis: The company offers software solutions for data analysis, process optimization, and asset management.

· Life Sciences: Yokogawa provides solutions for the pharmaceutical, biotechnology, and food and beverage industries.

Key Technologies and Solutions

Yokogawa has been a pioneer in several key technologies, including:

· Fieldbus: Yokogawa was one of the early adopters of fieldbus technology, providing solutions for various fieldbus standards.

· DCS: Yokogawa's DCS systems are widely used in industries such as oil and gas, chemicals, and power generation.

· Industrial IoT: Yokogawa offers IoT solutions for predictive maintenance, remote monitoring, and asset management.

· Cybersecurity: The company provides cybersecurity solutions to protect industrial control systems from cyber threats.

Global Presence

Yokogawa has a strong global presence, with operations in over 60 countries. This enables the company to provide local support and services to customers worldwide.

Commitment to Innovation

Yokogawa is committed to research and development, investing in new technologies and solutions to meet the evolving needs of its customers. The company's focus on innovation has helped it to maintain its position as a leader in the industrial automation industry.

Conclusion

Yokogawa is a trusted partner for businesses seeking reliable and innovative automation solutions. With a strong focus on measurement, control, analysis, and life sciences, Yokogawa provides the tools and expertise needed to optimize operations and achieve success.

YOKOGAWA  UT350L-00  UT350L-00  Temperature Control

The UT350L Limit Controller (1/4 DIN size) is an FM approved instrument that can be configured either as a high limit or a low limit controller by a user. The UT350L features universal input, two alarm outputs, retransmission output, a timer to count the duration time the setpoint is exceeded, and a register to retain the maximum temperature reached.

YOKOGAWA  SAI143-H63 S4  Analog Input Module

SAI143-H63 S4 Analog Input Module inputs 4 to 20 mA signals from the field. The SAI143 can be made dual redundant. *1: No Zener barriers can be connected to this module. An isolation barrier should be used when an intrinsic safety instrumented system is used. *2: 500 V AC when dedicated signal cable is used.

If you have inquiry about Yokogawa，feel free to send us inquiry by email：sales6@amikon.cn(click)

Introduction
In today's fast-paced industrial world, efficiency, safety, and reliability are paramount. Key components from leading manufacturers such as ABB, Bently Nevada, General Electric, Honeywell, and Schneider Electric play a significant role in ensuring that industrial automation and monitoring systems function seamlessly. In this blog, we will delve into the features, applications, and benefits of five critical components:

• ABB 3BHE012276R0102 Control Board
• Bently Nevada 3500/63 Gas Detection Monitor
• General Electric IS200TVBAH2A Vibration Input Terminal Board
• Honeywell MU-PPIX02 Pulse Input Module
• Schneider Electric 140SDI95300S Modicon Safety DC Discrete Input Module

ABB 3BHE012276R0102 Control Board
The ABB 3BHE012276R0102 Control Board is a critical component in ABB's portfolio of automation products, playing a pivotal role in controlling and regulating complex processes in industrial settings.

Key Features:
Advanced Control Capabilities: The control board provides precise regulation of industrial systems, ensuring accurate control of processes such as machinery, production lines, and automated systems.
Integration: Seamlessly integrates with ABB’s wider control system infrastructure, providing reliable communication with other components.
Reliability: Designed for high-stress industrial environments, the board ensures operational continuity even under harsh conditions.

Applications:
The 3BHE012276R0102 Control Board is used in various industries such as manufacturing, energy, and power generation. It is particularly valuable in ensuring optimized control of machinery, helping to reduce downtime and improve operational efficiency.

Bently Nevada 3500/63 Gas Detection Monitor
The Bently Nevada 3500/63 Gas Detection Monitor is a vital component for monitoring and detecting the presence of dangerous gases in industrial environments, offering an additional layer of safety in hazardous operations.

Key Features:
High-Sensitivity Gas Detection: Capable of detecting a wide range of gases, ensuring that even the smallest leak is identified in real-time.
Integration with 3500 Monitoring System: The monitor is part of the Bently Nevada 3500 system, which is widely known for its vibration and condition monitoring capabilities. This makes it ideal for critical machinery and industrial environments.
Alarm System: Includes an alarm and alert system that immediately notifies operators in case of dangerous gas levels, preventing accidents and ensuring safety.

Applications:
The 3500/63 Gas Detection Monitor is commonly used in industries such as oil and gas, chemical processing, and power generation, where the detection of toxic or combustible gases is crucial for the safety of personnel and equipment.

General Electric IS200TVBAH2A Vibration Input Terminal Board
The General Electric IS200TVBAH2A Vibration Input Terminal Board plays a critical role in monitoring machinery health by collecting vibration data from various industrial equipment.

Key Features:
Vibration Monitoring: This board captures and processes vibration data, which can then be analyzed to determine the health of rotating machinery like turbines, pumps, and compressors.
Multiple Input Channels: It supports multiple channels for vibration input, making it versatile for large-scale industrial monitoring systems.
Durability: Designed to withstand industrial environments, the IS200TVBAH2A operates effectively in conditions of high vibration, heat, and electrical noise.

Applications:
The IS200TVBAH2A is primarily used in power plants, oil and gas facilities, and manufacturing environments where predictive maintenance and machinery health monitoring are essential to prevent costly breakdowns.

Honeywell MU-PPIX02 Pulse Input Module
The Honeywell MU-PPIX02 Pulse Input Module is an advanced input device used for counting and measuring pulses generated by flow meters, speed sensors, and other pulse-generating devices in industrial processes.

Key Features:
Precision Pulse Measurement: It provides accurate and reliable pulse counting, which is crucial for monitoring the speed and flow rate of industrial processes.
Wide Range of Input Types: The module supports multiple input types, offering flexibility across various applications.
Scalability: It can be integrated into larger process control systems, making it ideal for industries that require extensive monitoring and data acquisition.

Applications:
The MU-PPIX02 Pulse Input Module is widely used in industries such as water treatment, chemical manufacturing, and oil and gas. Its ability to measure flow rates and speeds accurately makes it a key component for maintaining efficient operations and ensuring process accuracy.

Schneider Electric 140SDI95300S Modicon Safety DC Discrete Input Module
The Schneider Electric 140SDI95300S Modicon Safety DC Discrete Input Module is a highly specialized safety input module designed to ensure safe and reliable monitoring of industrial processes.

Key Features:
Safety-Critical Monitoring: It meets strict safety requirements, ensuring that all monitored inputs are accurately reported and any anomalies trigger the appropriate safety measures.
Discrete Input Handling: The module is capable of handling discrete input signals such as on/off switches, sensors, and other binary signals that require safety monitoring.
Integration with Modicon Systems: This module integrates seamlessly with Modicon safety systems, providing an added layer of protection to industrial automation processes.

Applications:
The 140SDI95300S is used in industries where safety is paramount, including manufacturing, automotive, and critical infrastructure. It is typically deployed in situations where the monitoring of emergency stops, door interlocks, or other safety-critical operations is essential.

Conclusion
Each of these components from ABB, Bently Nevada, General Electric, Honeywell, and Schneider Electric serves a specific purpose in enhancing industrial automation, safety, and monitoring. From vibration input boards and gas detection monitors to pulse input modules and safety input systems, these products help ensure that industrial operations run smoothly, efficiently, and with the highest level of safety.

In an age where downtime can cost industries millions, and safety regulations are increasingly stringent, investing in reliable components like these can significantly boost operational efficiency while ensuring compliance with safety standards. By leveraging cutting-edge technology from industry leaders, companies can stay competitive, optimize their processes, and create safer working environments for their employees.

These components represent the forefront of innovation in industrial automation and are essential for any business looking to improve its process control, system reliability, and safety measures.

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The Flame Analysis Unit or FAU810 is ABB's latest cutting-edge flame analysis device. FAU810 is designed from scratch, with maximum flexibility, availability, and reliability. It utilizes the latest technology to make flame analysis as cost-effective as possible, while maintaining ABB's rock solid reputation as the most reliable instrument in the industry.

FAU810 is easy to install and configure, flexible to operate, and uses redundant Profi bus DP-V1 or standard Modbus interface for secure data exchange and adjustment. You can connect any type of ABB flame sensing device to FAU810. This makes FAU810 the standard module for all ABB flame scanner applications and the preferred solution for retrofitting existing installations.

ABB SERIES

FAU810 specification

Each flame analysis unit consists of two independent channels. Each channel can receive and process flame detector signals. These two

detectors can be combined arbitrarily

The following design:

SF810 flame scanning head

All DFS Flame scan heads

Flame rod (ion flame monitoring)

Each Detector is independently configurable from the FAU810 pushbuttons and display, with Flame Explorer engineering tool or

via Profibus.

The FAU810 can be powered by a single or redundant 24 VDC source (+/- 20%).

The FAU810 has built-in diode auctioneering for power source isolation.

Two digital input channels are available for remote parameter switching. One digital input per sensor.

(Example: Parameters for a dedicated Flame Detector may be tailored to monitor either coal or oil firing)

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