Resource Library

Our Troubleshooting Guide presents common problems encountered when using manual sample injection valves. Each problem (or “symptom,”; such as spurious peaks) is described and followed by a detailed discussion of possible causes and solutions. This information has been compiled by our technical staff with 25 years of technical support experience with sample injection and fluidic technology. Learn More

Polymer fittings and ferrules have proven to be superior to stainless steel in many analytical applications. IDEX Health & Science has compiled the following solvent compatibility information for polymers commonly used in HPLC. Learn More

Get started using the Systec Vacuum Degasser with this set step-by-step quick start instructions. Learn More

Type 90 and Type 3000 valves are manual switching valves containing six or seven ports for a wide range of applications. Learn More

Operating Instructions: Type 70 High-Pressure Switching Valves Model 7010 Sample Injector. Learn More

Titan and TitanHT boards have UART communication option available to the user. UART (Universal Asynchronous Receiver Transmitter) communication is asynchronous serial communication based on TTL (0-5V) voltage levels. Learn More

Review instructions on how to use the TitanHT™ Rapid Replacement Pod™ from IDEX Health & Science. Learn More

This Driver/Controller Development Assistance Information Package (“Information”) consists of the following documents for the TitanHT series of fluidic assemblies: 1. IDEX Health & Science TitanHT Driver Board Description 2. IDEX Health & Science TitanHT Dimensional Drawing Learn More

This Information is proprietary to IDEX Health & Science, LLC, and is provided by IDEX Health & Science as a service to assist IDEX Health & Science OEM customers in the development of drive and control circuitry to be used in conjunction with Rheodyne motorized valves. Learn More

RheoLinkTM is a two-wire serial interface based on I2C bus. When exchanging data, one device is the master (controls the clock line), while the other device acts as the slave. In the I2C protocol, each device has a seven-bit address. To initiate a data transfer, the master must first transmit the address of the slave device that it wishes to ‘talk’ to. Learn More