To Next PageTo Next PageHow to fix no power on Polymer Laboratories PL-ELS 2100?
If your Polymer Laboratories Security Sensors unit has no power, first, ensure the mains lead is securely connected to both the socket and the inlet on the rear of the instrument. If the problem persists, replace the fuse.
General| Brand | Polymer Laboratories |
|---|---|
| Model | PL-ELS 2100 |
| Category | Security Sensors |
| Language | English |
Overview of the PL-ELS 2100/2100 Ice detector's function and use.
Technical details, operating ranges, and physical characteristics of the detector.
Procedures for safely removing the instrument from its packaging.
List of standard items included with the detector.
Environmental, power, and gas supply requirements for instrument installation.
Diagram and labels for front panel connections.
Instructions for connecting the power cable and fuse details.
Guidelines for safely venting exhaust gases and vapors.
Details on connecting auxiliary equipment and PC via I/O and RS232 ports.
Procedures for connecting the gas supply and eluent stream.
Important safety and operational considerations before use.
Specific safety measures when using flammable solvents with the instrument.
Explanation of nebulisation, evaporation, and detection processes.
Scientific principles of light scattering, Rayleigh, and Mie scattering.
Key parameters affecting performance and how to optimize them.
Description of front panel controls: Power, Display, and Keypad.
How to use the keypad and navigate the instrument's menu system.
Adjusting gain, smoothing, and LED intensity settings via the menu.
Adjusting data smoothing and LED brightness for optimal signal.
Displaying real-time data and understanding STANDBY/RUN modes.
Operating in RUN mode and loading/managing instrument methods.
Identifying and resolving instrument error conditions.
Details on software utilities for instrument control and method editing.
Setting up the PC, serial ports, and connecting the detector.
Using software features like gain, smoothing, and LED intensity adjustments.
Configuring automated sequences of events for the instrument.
Performing instrument tests and overview of the method editor tool.
Creating, storing, and downloading method sets using the editor.
Key factors for setting up the detector, solvent compatibility, and connections.
Step-by-step instructions for connecting power, gas, and waste.
Procedures for optimizing gas flow, evaporator, and nebuliser temperatures.
Procedure to dry a potentially blocked diffuser.
Instructions for cleaning the evaporator tube using solvent or steam.
Details on fuses and light source for service technicians.
Recommended steps for storing the instrument.
Step-by-step guide for updating instrument firmware via terminal software.
Table of error conditions, descriptions, and suggested remedies.
Common issues like baseline noise, spikes, low sensitivity, and their solutions.
