Fahrenheit. A toggle function in the Temperature Calibration Menu allows this selection to be performed in the field.

1.7 PID Output (Optional)

An optional PID output is available and provides a 4-20 mA, three-mode control signal to a transducer or a final control element. Proportional band is adjustable from 0.1 to 1,000%. Reset and Rate are adjustable from 0.00 to 100 repeats per minute and 0.00 to 1,000 minutes, respectively.

1.8 Dual Input (Optional)

An optional second input can be provided for pH, ORP, Dissolved Oxygen or Specific Ion. This input can be used as a second analysis or as specific compensation for the primary input. Temperature compensation for the secondary input (channel 2) is provided through the primary input (channel 1).

1.9 Dual Output (Optional)

The standard LXT-230 is provided with a single output; however, the dual output option provides a second output in either a 4-20 mA regenerated or a 4-20 mA PID format. Outputs can be defined in pH, ORP, Specific Ion, Dissolved Oxygen or Temperature. The second output is fully isolated from the inputs and the primary output and is "floating" so it can have either a positive or negative common.

1.10 Three Outputs (Optional)

Because temperature is an input on the primary channel, TAI has made it available as a third 4-20 mA output. The third output for the LXT-230 can only be a temperature output.

1.11 Optional Software

To enhance the capability of the LXT-230, other software options are available.

Among the options are:

1.11.1 Security Access

Allows only authorized personnel entry to calibration modes.

1.11.2 Differential Output

Provides an output expressed as the difference between two inputs.

1.11.3 Ratio Output

Provides an output expressed as the ratio of two inputs. This is applicable to percent rejection in some applications.

1.11.4 Averaged Outputs

1.Provides an output expressed as the average of two inputs.

2.Provides a field selectable time average (2 to 32 seconds).

1.12Identification

The full model number, as found on the packing slip, is a list of alphanumeric characters used to designate certain features of the transmitter. See section 10.0 (Table 1) for the list of designators used for the LXT-230.

Model LXT-230 Instruction Manual / 5

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Teledyne LXT-230 PID Output Optional, Dual Input Optional, Dual Output Optional, Three Outputs Optional, Optional Software
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LXT-230 specifications

The Teledyne LXT-230 is a versatile and advanced sensor solution tailored for the demanding realms of aerospace, defense, and industrial applications. Designed to meet the high-performance requirements of these sectors, the LXT-230 brings together a blend of cutting-edge technologies and robust design to ensure reliability and precision.

One of the standout features of the LXT-230 is its exceptional data processing capability. The sensor incorporates a powerful onboard processing unit, which enables real-time data analysis and decision-making. This feature is crucial in applications where time is of the essence, such as in defense systems or real-time surveillance. The onboard processing not only enhances the speed of data acquisition but also reduces the need for extensive external processing resources.

In terms of sensing technology, the LXT-230 utilizes advanced photonics and electronic systems, allowing it to capture a diverse range of environmental parameters with high accuracy. Its multi-modal sensor architecture enables it to function effectively across various spectrum ranges, ensuring its adaptability to different operational contexts. Whether it’s monitoring atmospheric conditions, assessing structural integrity, or gathering intelligence, the LXT-230 excels in delivering reliable and precise outcomes.

The robust construction of the LXT-230 further enhances its appeal. Designed to withstand extreme environmental conditions, the sensor features robust materials that offer resistance to harsh weather, vibrations, and temperature fluctuations. This durability makes it particularly well-suited for deployment in remote and challenging locations, where other sensors might fail.

Another notable characteristic of the Teledyne LXT-230 is its user-friendly interface and flexible connectivity options. The system supports multiple communication protocols, allowing for seamless integration with other hardware and software platforms. This versatility ensures that operators can easily implement the LXT-230 into existing systems without undergoing substantial modifications.

Additionally, the LXT-230 is designed with energy efficiency in mind. Its low power consumption allows for extended operational periods, crucial for applications where continuous monitoring is required. As industries increasingly focus on sustainability and reduced operational costs, this energy-efficient design presents a significant advantage.

In summary, the Teledyne LXT-230 stands out as a premier sensor solution in today's tech-driven landscape. Its advanced processing capabilities, adaptable sensing technologies, robust construction, and user-friendly design make it an indispensable tool across various applications. Whether utilized in military operations, industrial monitoring, or scientific research, the LXT-230 is poised to deliver performance and reliability in challenging environments.
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