
( Brand: Physik ), ( Manufacturer Part Number: LVPZT ), ( Type: Amplifier / Position Controller )
The 662.lr Controller by Physik Amplifier is a versatile and high-performance interface that seamlessly integrates with LVPzt LVDT position transducers and RS-232 communication systems. This device is designed to provide precise position feedback and control, making it an ideal choice for various industrial and scientific applications.
The 662.lr Controller features a robust RS-232 interface, enabling seamless communication with a wide range of data acquisition systems, computers, and PLCs. This interface supports both ASCII and Binary data formats, ensuring compatibility with various software applications.
The heart of the 662.lr Controller is the LVPzt LVDT position transducer, which offers unparalleled precision and linearity. This transducer converts mechanical position changes into electrical signals, providing accurate and reliable position feedback. The 662.lr Controller amplifies these signals, ensuring a stable and noise-free output.
The 662.lr Controller is equipped with advanced digital filtering and gain adjustment capabilities, allowing you to fine-tune the system to meet your specific application requirements. It also offers an adjustable output range of 0-10V or 4-20mA, providing flexibility in terms of compatibility with various control systems.
The 662.lr Controller is built to withstand harsh industrial environments. It features a rugged, aluminum enclosure that is dust-proof and water-resistant (IP67 rating). The device operates over a wide temperature range (-40 C to 85 C), ensuring reliable performance in a variety of temperature conditions.
In conclusion, the 662.lr Controller by Physik Amplifier is a powerful and flexible solution for position feedback and control. Its robust RS-232 interface, high-performance LVPzt LVDT transducer, and advanced filtering and gain adjustment capabilities make it an ideal choice for various industrial and scientific applications. Its rugged construction and wide operating temperature range ensure reliable performance in harsh environments.
The 662.LR Controller Physik Amplifier Interface LVPzt LVDT RS-232, referred to as the 662.LR or 662.lr hereafter, is a device used for controlling position in various applications. Here are some pros and cons to consider before purchasing this device:
Pros:1. RS-232 Compatibility: This device is compatible with RS-232, a popular serial communication standard, allowing it to be easily integrated into existing systems.
2. LVPT and LVDT Support: The 662.LR supports both LVPzt and LVDT position sensors, providing versatility in application selection.
3. High Accuracy: This device is known for its high accuracy in position measurement, making it suitable for applications requiring precise position control.
4. Robust Construction: The 662.LR is built to withstand harsh environments, making it ideal for industrial applications.
Cons:1. Limited Connectivity Options: While RS-232 is a widely used standard, the 662.LR has limited connectivity options compared to more modern interfaces, such as Ethernet or Wi-Fi.
2. Manual Calibration: The device requires manual calibration, which can be time-consuming and may require specialized knowledge.
3. Price: The 662.LR is more expensive than some competing position control devices, which may be a deterrent for some buyers.
In conclusion, the 662.LR is a reliable and accurate position control device with robust construction. Its RS-232 compatibility and support for LVPT and LVDT sensors make it a versatile choice for various applications. However, its limited connectivity options, manual calibration, and higher price may be drawbacks for some buyers. If you are looking for a position control device with more modern connectivity options, you may want to consider alternatives. However, if you require a high-accuracy device with RS-232 compatibility and robust construction, the 662.LR could be a suitable choice for you.
The e 662 can be operated manually by front panel potentiates, by external analog signals or by computer over a serial rs 232 communications link. Lr servo characteristics I analog notch filter sensor socket Elmo era.
The e 662 can be used with Lvpzt equipped with strain gauges or lvdt displacement sensors. External operation displacement of the Puzo is controlled by an analog signal in the range of to 10 v, applied to the NBC input.
User defined functions can be stored in a table with up to 200 entries. More than 40 CPI standard commands for programmable instruments ASCII commands are available to program the e polarity positive control input voltage 2 to 12 v output voltage 20 to 120 v dc offset setting to 100 v with 10 turn pot.
The dc offset potentiate and NBC analog input are inactive when in computer control mode.
The dc offset potentiate allows for a continuous variation of the input voltage range between 2 v to 12 v and 12 v to 2 v here. CT dimensions 288x235x103mm weight Closed loop position control mode manual operation displacement of the pats can be set by a 10 turn, dc offset potentiate in the range of zero to nominal displacement. External operation output voltage is controlled by an analog signal applied to the NBC input ranging from 2 to 12 v.
This is a listing for Physik e ii. Lr Lvpzt amplifier position controller, lvdt, rs 232 interface power cord printout of the manual from the link below. 5 MTV input computer interface rs 232 documentation manual specification sheet free shipping in the USA.
Commands are compatible with the CPI standard commands for programmable instruments convention and are transferred as ASCII strings. Multiplying by the gain factor of 10, an output voltage range of 20 to 120 v results. I am not overjoyed with what's happening, but I have to roll with it.
This is a Physik e the dc offset potentiate and NBC analog input are inactive when in computer control mode. The dc offset potentiate can be used to add an offset voltage of to 10 v to the input signal. Minimum time between two samples is 1 SEC.
Open loop amplifier mode manual operation output voltage can be set by a 10 turn, dc offset potentiate in the range of to 100 v.
The amplifier can output and sink a peak current of 360 ma and an average current of 120 ma.
5 kg operating voltage vac, 50 60 Hz linear position servo control sensor types strain Gage's e the controller is calibrated in such a way that 10 v corresponds with maximum nominal displacement and v corresponds with displacement. Call sensor monitor output socket Inca converter computer interface resolution 12 bit.
Sr or lvdt sensors e computer control toggle switch selected output voltage is controlled via the rs 232 computer interface in the range of to 100 v with a resolution of 12 bits. The position servo controller works with either strain Gage sensors e computer control toggle switch selected displacement of the Puzo is controlled via the rs 232 computer interface in the range of to maximum nominal displacement, with a resolution of 12 bits. E 662 can be operated in 6 ways. Input impedance 100 kw display 2 x digit, led control input socket NBC pzt voltage output socket Elmo era.
36 w peak power position servo control for strain Gage's lvdt sensors rs 232 computer interface with 12 bits converter e 662 is a bench top, amplifier position servo controller with integrated rs 232 computer interface and 12 bits converter for low voltage pats. Cases count against me even if they are resolved. The e 662 is a bench top device for operating low voltage piezoelectric translators Lvpzt in open loop and closed loop position controlled mode.