CAUTION

∙Hand tighten only.

∙ Start all screws before tightening.

∙ Tighten screws evenly.

∙ DO NOT overtighten screws. ∙ DO NOT use locking-type

adhesive on the screws.

Set the Sense Switch

Each connector has a local/remote sense switch. Unless you are using remote sensing, make sure that the sense switch is set to Local. Remote sensing is used in applications that require voltage sensing directly at the load.

Installing a Relay Board in a Standard Connector

You can upgrade a standard connector to a relay connector by clipping six jumpers in the connector and installing a relay board (p/n 5060-3351).

Open the Connector

Open the connector by loosening the four corner screws (refer to the figure on the first page).

Clip the Jumpers on the Connector Board

Use a pair of diagonal cutters and clip the eight jumpers on the connector board. Make sure the jumpers are cut before you install the relay board. It is difficult to remove the relay board once it is installed.

1

 

 

2

1

ELAY OARD

3

1.

Relay Board

 

2 CUT W603 W604

2. Cut W603 W604

3. Cut3W601CUT W601W602W602W605W606W607W608W608

Install the Relay Board

Plug the relay board into the J602 and J603 connectors on the connector board.

Close the Connector

Close the connector and tighten the four corner screws. Observe the CAUTION on the figure.

With a marker, check the Relay box on the connector label to indicate tha a relay board is installed.

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Agilent Technologies 5060-3387, 5060-3386 manual Installing a Relay Board in a Standard Connector, Set the Sense Switch
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5060-3386, 5060-3387 specifications

Agilent Technologies, a leader in advanced measurement solutions, offers a range of products catering to various analytical needs. Among these products are the Agilent 5060-3387 and 5060-3386, which are essential components in the field of chemical analysis and spectroscopy.

The Agilent 5060-3387 is a highly regarded detector module designed for use with gas chromatography (GC). It features a high sensitivity that enables the detection of trace amounts of analytes, making it ideal for applications in environmental monitoring, food safety, and pharmaceuticals. One of its key characteristics is the use of advanced ionization techniques that enhance its detection capabilities, allowing for the identification of complex chemical compounds.

Meanwhile, the Agilent 5060-3386 is a robust and versatile detector solution specifically designed for liquid chromatography (LC). Its advanced architecture provides excellent performance across a wide dynamic range, ensuring accurate quantification of compounds even in challenging matrices. The core technology behind the 5060-3386 includes high-efficiency optics and optimized signal processing, which contribute to its impressive resolution and low baseline noise.

Both products are designed with ease of use in mind, featuring user-friendly interfaces and streamlined workflows. This attention to usability ensures that scientists and researchers can focus on their analytical tasks without being hindered by complicated setups or maintenance.

Additionally, the Agilent 5060-3387 and 5060-3386 are built with durability and reliability in mind. They are made from high-quality materials designed to withstand the rigors of daily laboratory use. Furthermore, Agilent Technologies provides extensive support and documentation, empowering users to maximize the performance and longevity of their equipment.

In summary, the Agilent 5060-3387 and 5060-3386 detectors offer advanced technologies and characteristics tailored for gas and liquid chromatography applications, respectively. Their high sensitivity, efficiency, and reliability make them indispensable tools for any analytical laboratory striving for excellence in chemical analysis.
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