WAGNER PM500 - Cleaning; Handling Hazardous Liquids, Varnishes and Paints; Touching Hot Surfaces

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OPERATING MANUAL
VERSION 01/2013 ORDER NUMBER DOC 2335747
4.2.4 CLEANING
4.2.5 HANDLING HAZARDOUS LIQUIDS, VARNISHES AND PAINTS
4.2.6 TOUCHING HOT SURFACES
De-energize the device electrically.
Disconnect the pneumatic supply line.
Relieve the pressure from the device.
Ensure that the flash point of the cleaning agent is at least 5 K above the ambient
temperature.
To clean, use cloths and brushes moistened with solvent. Never use hard objects or
spray on cleaning agents with a gun.
An explosive gas/air mixture forms in closed containers.
When cleaning devices with solvents, never spray into a closed container.
Ground the container.
When preparing or working with paint and when cleaning the unit, follow the working
instructions of the manufacturer of the paints, solvents and cleaning agents being
used.
Take the speci ed protective measures. In particular, wear safety goggles, protective
clothing and gloves, as well as hand protection cream if necessary.
Use a mask or a breathing apparatus if necessary.
For su cient health and environmental safety: Operate the device in a spray booth or
on a spraying wall with the ventilation (extraction) switched on.
Wear suitable protective clothing when working with hot materials.
Touch hot surfaces only if you are wearing protective gloves.
When operating the unit with a coating material with a temperature of > 43 °C; 109.4 °F:
- Identify the device with a warning sticker "Warning - hot surface".
Order No.
9998910 Instruction sticker
9998911 Protection sticker
Note: Order the two stickers together.
Several liquids have a high expansion coe cient. In some cases its volume can rise with
consequent damage to hoses,  ttings and cause  uid leakage.
When the pump sucks liquid from a closed container, ensure that air or suitable gas can
enter the container to avoid a vacuum being generated in the container itself. Thus a
negative pressure is avoided. The vacuum could implode the container (squeeze) and can
cause it to break. The container would leak and the liquid would  ow out.
The pressure ratio is 1:1. Therefore the pressure generated by the pump is equal to the
input air pressure.