Waters 1500-Series User Manual (English)

Questions and Answers:

G
Gregory AndersonAug 18, 2025
What to do if Waters 1500 is not delivering eluent due to pump cavitation?
- T
  tiffany57Aug 18, 2025
  If your Waters Water Pump is not delivering eluent due to pump cavitation, which can arise from several factors: eluent reservoirs positioned at or below the height of the pump, loose, bent, or blocked inlet tubing, improperly degassed eluent, a dirty eluent reservoir inlet filter, volatile eluents in pump head, or tubing ID too small, perform the following corrective action: Raise eluent reservoirs above the pump. Inspect tubing. Tighten, straighten, or replace tubing. Verify degasser operation. Replace filter. Prime pump. Use correct tubing. For a ruptured high-pressure noise filter, defective pump motor or defective circuit board, contact Waters Technical Service.
J
Jordan PetersonAug 21, 2025
Why won't my Waters 1500 Water Pump run?
- Y
  ywilkersonAug 22, 2025
  If your Waters Water Pump isn't running, first ensure the power cable is properly connected to both the power source and the pump. Then, confirm the outlet is functional by testing it with another electrical unit known to be working. If that unit doesn't work, relocate the pump to a functioning electrical outlet. Also, check the fuses and replace them if they are blown.
J
jillianrobertsonAug 31, 2025
What causes low pressure in a Waters 1500 Water Pump?
- T
  Timothy ContrerasAug 31, 2025
  Low pressure in your Waters Water Pump can be attributed to several causes. The pump flow rate might be set too low; set it to the correct flow rate. The low-pressure limit could be set too high; set the low-pressure limit to the correct value. An empty eluent reservoir will also cause low pressure; fill the reservoir. Air in the eluent lines is another possible cause; prime the pump. Ensure the correct eluent is used, and change it if necessary. Visible leaks can also lead to low pressure; carefully tighten any loose fittings. Lastly, a change in ambient temperature can affect pressure; stabilize the operating temperature.
S
stevegonzalezSep 4, 2025
How to resolve a leak from the Waters 1500 head?
- S
  stacy47Sep 4, 2025
  To resolve a leak from the Waters Water Pump head, several steps can be taken. Start by replacing any defective plunger seals. If the plunger is worn, replace it as well. Ensure the pump head is not loose by tightening the two pump head screws equally, being careful not to overtighten. Also, check the inlet or outlet check valve for looseness and tighten them, again avoiding overtightening. Inspect fittings and ferrules for wear and replace if necessary.
K
Kayla KingSep 7, 2025
What causes high system pressure due to Waters 1500?
- T
  tiffanymosesSep 8, 2025
  High system pressure due to your Waters Water Pump can be caused by the pump flow parameter being set too high; set the correct flow parameter value. For a pressure transducer out of adjustment or defective, contact Waters Technical Service.
B
Bradley JacksonSep 12, 2025
How to fix a leak from the draw-off valve on a Waters 1500?
- L
  Latoya WhiteheadSep 12, 2025
  To fix a leak from the draw-off valve on your Waters Water Pump, first, close the draw-off valve. If the leak continues, replace the valve.

Waters 1500-Series Specifications

General

Brand	Waters
Model	1500-Series
Category	Water Pump
Language	English

Summary

Introduction to the Waters 1500-Series HPLC Pump

HPLC Pump Operating Principles

Describes core operating principles of HPLC pumps, including elution modes and degassing.

Overview of 1500-Series HPLC Pumps

Provides a summary of different 1500-series HPLC pump models and their features.

Fluid-Handling Components

Identifies and describes the fluid-handling parts of the pump for installation.

Electronic Components

Details the electronic components on the rear panel of the pump for connectivity.

Pump Control

Explains how to control and monitor the pump using Waters data control software.

Options and Accessories

Lists available options and accessories that can be added to the HPLC pump.

Installing the HPLC Pump

Site Requirements

Specifies the environmental and space requirements for pump installation.

Unpacking the Pump

Details the procedure for safely unpacking the HPLC pump and its components.

Connecting Power and Signal Cables

Explains how to connect power, Ethernet, and IEEE-488 cables to the pump.

Connecting Pump Inlet and Outlet Lines

Guides on connecting eluent supply, pump outlet, and waste lines for operation.

Installing Options and Accessories

Installing the 1500-Series Column Heater

Provides instructions for mounting and connecting the column heater unit.

Installing a Manual Injector

Details the installation of manual injectors for sample injection control.

Installing Different Eluent Mixers

Describes how to install various eluent mixer configurations for gradient control.

Installing the Integral Vacuum Degasser

Explains external plumbing connections for the degasser assembly.

Installing the Plunger Seal Wash System

Guides on installing the plunger seal wash system for pump maintenance.

Preparing for Operation

Startup and Initial Preparation

Covers initial setup, power-on, and basic pump preparation.

Preparing for Breeze 2 Operation

Details how to ready the pump for runs using Breeze 2 software.

Preparing for Empower 2 Operation

Details how to ready the pump for runs using Empower 2 software.

Preparing for MassLynx Operation

Details how to ready the pump for runs using MassLynx software.

Powering Off the Pump

Provides instructions on safely shutting down and powering off the pump.

Maintaining the HPLC Pump

Maintenance Considerations

Covers safety, handling, operating procedures, spare parts, and support.

Performing Pump Diagnostic Tests

Describes tests to monitor pump performance and identify issues.

Replacing and Cleaning Plunger Seals and Plungers

Details the process for replacing and cleaning critical pump components.

Replacing Check Valves

Provides instructions for replacing inlet and outlet check valves.

Replacing Fuses

Explains how to replace blown or faulty fuses for instrument protection.

Troubleshooting Pump Problems

Determining Pump Malfunctions

Lists symptoms, causes, and corrective actions for pump issues.

Identifying and Correcting Noises

Helps diagnose and fix unusual noises from the pump.

Identifying Chromatographic Problems

Guides on recognizing and resolving issues affecting chromatography.

Safety Advisories

Warning Symbols

Explains hazard symbols indicating risks of death, injury, or adverse effects.

Caution Symbol

Explains symbols indicating potential damage to the instrument or sample.

Warnings Applicable to All Waters Instruments

General warnings regarding modifications and user responsibilities.

Electrical and Handling Symbols

Defines common electrical and handling symbols found on instruments.

Specifications

Physical Specifications for 1500-Series Pump

Lists physical dimensions, weight, and wetted surface materials.

Environmental Specifications

Details operating temperature, humidity, and audible noise limits.

Electrical Specifications

Covers protection class, voltage, frequency, and power requirements.

Performance Specifications for Pumps

Provides detailed performance metrics for 1515, 1525, 1525µ, and 1525EF pumps.

Integral Vacuum Degasser Operational Specifications

Lists operational parameters for the integral vacuum degasser.

Solvent Considerations

Clean Solvents and Solvent Quality

Emphasizes the importance of clean, high-quality solvents for reproducible results.

Solvent Compatibility

Lists solvents approved and to be avoided for use with the pump.

Solvent Miscibility

Provides data on solvent miscibility and how to predict it.

Mobile Phase Solvent Degassing

Explains the importance and methods for degassing mobile phases.

Wavelength Selection

Provides UV cutoff values for common solvents and mobile phases.

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