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The Bently Nevada 3500/50tachometer module is programmed through 3500 rack configuration software and can be configured for speed monitoring with setpoint alarms, zero-speed indication, or rotor acceleration alarms.

It compares measured speed values against user-defined alarm points and can provide conditioned Keyphasor signals back to the 3500 rack, reducing the need for a separate Keyphasor module in some configurations.

This module is widely used for rotating machinery protection and speed monitoring on turbines, compressors, pumps, and generators.

Manufacturer Bently Nevada

Models 3500/50, 3500/50M

Type Tachometer Module/Speed Monitor

Number of channels: 2-channel

Input signal proximity probes, magnetic pickups

Function Shaft speed, zero speed, rotor acceleration, direction

Output Alarm outputs, Conditional Keyphasor signal

3500 rack configuration software

Apply Turbines, Compressors, Pumps, Generators

Q1: What is the main purpose of 3500/50?

Used to monitor shaft speed, zero speed, and rotor acceleration, and generate an alarm when exceeding the limit.

Q2: What input sensors can be connected?

Can receive signals from proximity probes and magnetoelectric pickups.

Q3: Can 3500/50M replace Keyphasor module?

Under certain configurations, conditioned Keyphasor signals can be provided to the rack backplane, so a separate Keyphasor module is not necessarily required.

Q4: What devices are suitable for?

Suitable for rotating equipment such as steam turbines, compressors, pumps, generators, etc.

ABB provides efficient and energy-saving technology for global power plants. ABB technology will provide reliable and efficient electricity for two million households

On March 18th, ABB, the world's leading power and automation technology group, won a $150 million order. According to the contract, ABB will provide power system equipment and grid connection equipment for a natural gas turbine and steam turbine (combined cycle) power plant to be built in the Netherlands.

The newly built NuonMagnum power plant by Nuon Electric Company in the Netherlands has an installed capacity of 1300 megawatts and is located in Emshaven, Groningen province on the north coast of the Netherlands. It will supply power to nearly two million local households through the existing high-voltage grid in the Netherlands.

ABB has world-class power generation expertise. ”Our innovative technology will ensure that this power plant becomes one of the most efficient in the world, "said Lu Yipu, head of ABB's Power Systems business unit

Initially, this combined cycle power plant will use natural gas for power generation. Afterwards, Nuon plans to convert this power plant into an Integrated Gasification Combined Cycle (IGCC) power plant and adopt carbon capture technology. The gasifier converts coal and a certain amount of biomass into synthesis gas - one

A mixed gas containing carbon monoxide, carbon dioxide, and hydrogen will be used as fuel for a combined cycle power plant.

This new power plant will include three generator units, each capable of producing 430 megawatts of electricity. The power plant is expected to be officially put into operation in early 2011. ABB will provide electrical equipment for auxiliary electrical systems, a 380 kV high-voltage substation and switch station construction, as well as 380 kV cables, transformers, generator circuit breakers, medium and low voltage switchgear, emergency diesel generator sets, batteries, and communication systems. In addition, ABB will provide engineering, installation, commissioning, and training services for the power plant.

The combined cycle power plant uses gas turbines to generate electricity, and uses the waste heat generated by the gas turbine to heat steam and drive the steam turbine to generate electricity, thereby improving the power generation efficiency of the unit.

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