How to fix Waters Security Sensors lamp energy low?
If the Waters Security Sensors indicates lamp energy is low, first, clear the flow cell and establish flow. If the problem persists, replace the lamp. If the issue still continues, contact Waters Technical Service.
What to do if Waters Security Sensors thermal controller disabled?
If the thermal controller is disabled on your Waters Security Sensors, cycle power to the detector. If the problem persists, contact Waters Technical Service.
How to fix Waters Security Sensors lamp hours counter exceeded?
If the Waters Security Sensors lamp hours counter has been exceeded, replace the lamp.
What to do if Waters Security Sensors Vcc fuse failed?
If the Vcc fuse has failed in the Waters Security Sensors, cycle power to the detector. If the problem persists, contact Waters Technical Service.
What to do if Waters Security Sensors 24-Volt fuse failed?
If the 24-Volt fuse has failed in the Waters Security Sensors, cycle power to the detector. If the problem persists, contact Waters Technical Service.
What to do if Waters Security Sensors 15-Volt fuse failed?
If the 15-Volt fuse has failed in the Waters Security Sensors, cycle power to the detector. If the problem persists, contact Waters Technical Service.
How to fix Waters Security Sensors communication error?
If you are experiencing a communication error with Waters Security Sensors, which may result in data point loss, cycle power to both the detector and the data system PC. If the problem continues, contact Waters Technical Service.
What to do if Waters Security Sensors lamp failure?
If the Waters Security Sensors indicates a lamp failure, check the lamp icon, cycle power to the detector, and then replace the lamp.
What to do if Waters Security Sensors lamp lighting failure?
If the Waters Security Sensors experiences a lamp lighting failure, cycle power to the detector. Check the lamp power connection. If the issue persists, replace the lamp.
What to do if Waters Security Sensors Ethernet cable disconnected?
If the Ethernet cable is disconnected from Waters Security Sensors, connect (or reconnect) the Ethernet cable and reset communications from the control panel or console.
General| Technology | Ultra Performance Liquid Chromatography (UPLC) |
|---|---|
| Flow Rate Range | 0.001 to 2.000 mL/min |
| Maximum Pressure | 15, 000 psi (1, 034 bar) |
| Temperature Range | 4 °C to 65 °C |
| Data Sampling Rate | up to 80 Hz |
| Detector Options | Photodiode Array (PDA), UV/Vis, Fluorescence, Evaporative Light Scattering |
| Detection Wavelength Range | 190 to 800 nm |
| Column Compatibility | UPLC Columns (1.7 μm particle size) |
Provides an overview of ACQUITY UPLC column compartments and maintenance procedures.
Lists critical safety warnings related to column compartment usage, including solvent autoignition and hazardous materials.
Lists the different types of ACQUITY UPLC column compartments available for use.
Details the standard ACQUITY UPLC column heater (CH-A), its temperature range, and features.
Identifies and describes the key components within the column heater assembly.
Details the components of the Column Manager (CM-A) and Auxiliary Column Manager (CM-Aux).
Explains configurations using CM-Aux modules for expanded column capacity.
Describes the features of the 30-cm column heater/cooler, including column capacity and mounting.
Provides guidelines for correctly installing fittings to prevent bandspreading and ensure proper connections.
Details the process for installing an MS extension bracket to position the column heater for mass spec applications.
Details on connecting the necessary tubing for column manager and auxiliary manager modules.
Guide to setting up a single-stack system with one CM-Aux module for up to four columns.
Steps to rearrange instruments within the system stack for a new configuration.
General steps to establish a multiple-stack configuration using two CM-Aux modules.
Guidance on selecting a system module configuration based on instrument identification.
Steps to exchange the switching-valve cartridges for the CM-A module.
Instructions for installing compartment diagrams onto module doors.
General steps and considerations for installing system tubing connections.
Diagram and notes for a four-column setup with the inlet valve on the right.
Diagram and notes for a four-column setup with the inlet valve on the left.
Diagram and notes for a six-column setup with the inlet valve on the left.
Tables detailing tubing part numbers and lengths for four and six column configurations.
Instructions for assembling new fittings, including marking compression screws and fitting bodies.
Steps to configure the system for a four-column setup using the ACQUITY UPLC Console.
Steps to configure the system for a six-column setup using the ACQUITY UPLC Console.
Details on configuring a four-column setup using 50mm columns and CM-Aux modules.
Explains how to use advanced mode for direct control of valves in the CM-A.
Describes the meaning of the Power LED indicator on CM-A and CM-Aux modules.
Explains the Run LED indicator, showing when the instrument is operating or idle.
Instructions on closing and securing the column compartment door, ensuring proper seal alignment.
Describes the column manager control panel interface for monitoring and setting column temperature and selection.
Procedures for identifying and resolving leaks detected by column compartment sensors.
Overview of routine maintenance tasks recommended for column compartments.
Information on how and when to contact Waters Technical Service for support.
Important safety and handling advisories to observe during maintenance operations.
How to set up maintenance counters and warnings for proactive component management.
Information that only Waters Technical Service should replace the 30-cm column heater's leak sensor.
Procedure for replacing the leak sensor in column manager or auxiliary column manager modules.
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