Industrial

This document is OQ/PV validation procedure for Agilent 6890 series gas chromatograph.

This document provides the OQ/PV procedure for the HP 1090 Liquid Chromatograph, including internal testing and analytical methods (using certified samples) to evaluate and document system performance, and verify that system specifications meet your and Agilent’s requirements.

This manual provides OQ/PV procedures for the Hewlett-Packard 1050 Series Liquid Chromatograph (LC) from Agilent Technologies, which include internal tests and analytical methods (using certified samples) for the following purposes: • Evaluate and document system performance • Verify system specifications in accordance with your requirements and those of Agilent. Typically, the entire OQ/PV procedure can be performed in a single day, which minimizes downtime and avoids unnecessary interruptions in operation. Tests can be selected individually and performed in any order. However, the test sequence listed in this document takes the least amount of time to perform the entire procedure and minimizes equilibration time. Caffeine, certified according to the United States Pharmacopeia (USP), is used as a sample.

This document introduces the OQ/PV test flow and method of Agilent Technologies liquid chromatograph 1100, the flow can test the whole system, including ChemStation software and hardware

This document describes the special service package provided by Agilent Technologies for the chemical industry, petrochemical industry, and other non-regulated industries. With this service package, users can maintain their analytical instruments in excellent condition, ensure reliable operation, and save costs on maintenance and repairs.

The document introduces Agilent's pharmaceutical service package for analytical instruments

The 6890N Network 2 Gas Chromatography System provides fast installation and configuration, fast method development, reduced manual sample preparation, fast results, increased productivity, reliable regulatory compliance, and a lifetime of reliability.

This manual is intended to help you understand the components of a GC inlet system and their functions, and how to replace and maintain these components.

The Agilent 6850 Gas Chromatography System is a high-efficiency and space-saving GC system that offers high productivity at low operating costs. It features sample-centric software to enhance efficiency in the laboratory. The system provides increased analytical capacity and sample throughput on the existing workspace. It reduces training time and costs for the GC system. The GC is easy to operate and sets new standards in terms of reliability and maintenance. It is a robust system suitable for on-site analytical applications in chemistry, petrochemistry, and oil extraction.

This document introduces the spare parts and consumables related to the injection system of the Agilent GC instrument, including: Septa, Ferrule, Liner, etc.

Agilent customer service plans can help you protect your investment, increase your laboratory productivity, and save money. The plans include a variety of services that can help you minimize downtime, maximize uptime, and ensure that your Agilent instruments are always operating properly.

This document introduces the value guarantee policy of Agilent instruments, providing a ten-year warranty service and can be replaced with new products

Agilent service agreement can help you reduce downtime and increase laboratory productivity. Choose Agilent service agreement, you can get: fast repair response time, priority repair service, spare parts discount, maintenance budget planning, compliance and maintenance interval management, etc. Agilent service agreement can also help you reduce costs and avoid losses caused by equipment failure.

The LMP8272 and LMP8277 are differential amplifiers with high common mode voltage and a gain of 14. They can detect, amplify, and filter small differential signals in the presence of high common mode voltages. The gain is fixed at 14, which is sufficient to drive an ADC to full scale. The amplifier consists of two stages: a pre-amplifier with a gain of +7 and a second stage amplifier with a gain of +2.