Brand Name : Bentley
Model Number : 330930-060-00-00
Certification : CCC
Place of Origin : USA
MOQ : 1
Price : Rmb 8800/pcs
Payment Terms : T/T,
Supply Ability : 1000/Pcs/Week
Delivery Time : 3
Packaging Details : 1Pcs/Box
application range : 25 to 703 mm
output : + 482 ° C
Bentley Cable 330930-060-00-00 Bentley Transmitter 990-04-70-02-00
The Bently Nevada 200132 pressure sensor is designed for general purpose, static pressure measurements with our Trendmaster? Pro data acquisition hardware. It has an interface to the 200130 flexiTIM, featuring a strong stainless steel construction and its ability to be used in a wide range of pressures.
Bently Nevada 200136 Sealed Leak Detection (SLD) Sensor
The Bently Nevada 200136 SLD combines highly reliable proximity probe technology to detect static pressure changes by observing a moving diaphragm to detect a single or double seal or a non-pressure end between the front and rear or double seal. A pressure change indicates a faulty seal. The sensor is specifically designed to complement our 200135 TIM as part of the Trendmaster Pro system for continuous monitoring of operational pumps handling toxic or combustible materials in the chemical and hydrocarbon processing industries.
Bently Nevada Gas Turbine Combustion Instability Sensor
The Bently Nevada 3500/64M Dynamic Pressure Monitor is specifically designed to monitor combustion chamber pressure jitter indications for combustion instability ("click") in gas turbines. With our 350500 interface modules, the various pressure sensors* designed for these applications can be used with the 3500/64M.
Note: GE offers the 145664 pressure sensor and associated extension cable for applications up to 500F (260C), which is usually sufficient when using isolated pipes to install sensors away from the combustion chamber. When the sensor is mounted directly on the combustion chamber, a higher temperature range is typically required, as well as various third-party sensors and cables that are compatible with the 350500 charge amplifier and the 3500/64M monitor module. Please consult your local GE sales specialist for application assistance and compatibility information.
The 350900 High Temperature Speed and Acceleration Sensor (HTVAS) provides continuous acceleration and speed output, allowing customers to protect their machines with speed signals while capturing the acceleration signals they mechanically diagnose. It is designed primarily with 3500 / 42M and 3500 / 44M monitors. To connect the HTVAS to the a3500 / 42M or 3500 / 44M display, you must use acceleration and speed signals from the transducer on a separate channel pair (such as channel 1 and channel 1) 3) or on a separate display.
The 350900 High Temperature Speed ??and Acceleration Sensor (HTVAS) separates the high temperature sensing element from the signal conditioning electronics, which are permanently connected by a rigid cable. This arrangement allows you to mount the sensor head on a surface with a temperature of up to 482 ° C while installing signal air conditioning electronics in a colder location. Eliminating the connection between the sensing head and its associated signal conditioning electronics eliminates an important source of potential sensor failure (connector problems). This allows the performance of the entire transducer system to be comparable to other vibration sensors mounted on the housing, but can significantly use higher temperatures. The main functions of the 350900 HTVAS are as follows:
Speed and acceleration output
Up to + 482 ° C (+ 900 ° F)
The electronics are rated for + 125°C (+ 257°F) and can be stored to + 155°C (+ 311°F)
No one protects large turbines like GE does.
Sensors of this type measure changes in the position of the machine casing when expanding or contracting, the rotational or linear position of the control valve, or the position of the side door on the hydroelectric turbine. They are often used in conjunction with other sensors that are part of the Turbine Supervisory Instrument (TSI) portfolio to monitor all critical mechanical parameters of large steam, gas or hydraulic turbines used in power generation applications.
Bentley Bently 3300 XL Rotary Position Sensor (RPT)
This innovative sensor combines a proximity probe that observes an eccentric cam. The modified gap between the probe tip and the cam is relative to the degree of rotation and is specifically designed for valve position measurement. It is an excellent replacement for earlier potentiometer sensors with extremely poor reliability.
Bentley Bently Valve Position Sensor (LVDT)
Some valve position measurements incorporate a linear rather than a rotating mechanical connection. Our AC LVDTs are designed for this type of application and are used in the range between 1.0 and 28.0 inches (25 to 703 mm).
The Bently Nevada Seismoprobe speed sensor system is designed to measure absolute (relative to free space) bearing housing, casing or structural vibration. The two-wire system consists of a transducer and a suitable cable.
The Seismoprobe series of speed sensors feature a two-wire design with dynamic coil technology and a voltage output proportional to the vibration speed of the sensor. Unlike solid state speed sensors (this is inherent
An accelerometer with embedded integrated electronics), the moving coil sensor is less sensitive to shock or pulse excitation and can be ideal for some applications. In addition, they are convenient for portable measurement applications because they do not require an external power source.
Note: For most installations, Bently Nevada's Velomitor* speed sensor family uses solid state technology to provide higher performance and durability for casing speed measurement applications.
Two types of Seismoprobe speed sensors are available:
The 9200:9200 is a two-wire sensor for continuous monitoring or for periodic measurements with test or diagnostic instruments. When
Ordered with the overall cable option, the 9200 has an excellent corrosion-resistant environment without the need for use
The 74712:74712 is a high temperature version of the 9200.
Interconnect cables can be used to connect the 9200 and 74712 sensors to other instruments. These cables are available in a variety of lengths, with or without stainless steel armor.
The standard lead time for the 9200 and 74712 Seismoprobe speed sensors is approximately six (6) weeks. Delivery times may vary depending on the availability and configuration of the components, please contact your local Bently Nevada representative for the estimated delivery time for your specific order.
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