To Next PageTo Next PageWhat causes metal noise in Schenker MODULAR 60 pump?
If you hear a metal noise from the pump of your Schenker Water Filtration System, it could be due to pump cavitation. Check the causes of the absence of water flow at the pre-pump inlet.
What to do if I hear metal noise from the Schenker Distilling equipment pump?
If you hear metal noise from the pump of your Schenker Distilling equipment, it could be due to pump cavitation. Check for causes of absence of water flow at the pre-pump inlet.
What causes a loss in the Schenker Distilling equipment system?
If there is a loss in your Schenker Distilling equipment, it could be due to loose fittings or ERS leaks. Try tightening the fittings. If the loss continues, contact customer service.
Why won’t the pump start on my Schenker Distilling equipment?
If the pump on your Schenker Distilling equipment doesn’t start, it could be due to a disconnected or burned pump pressure switch, or an electronic issue. Try restoring or replacing the pump pressure switch. You can also activate the bypass.
How to troubleshoot low production with normal pressure in Schenker Distilling equipment?
If your Schenker Distilling equipment shows low production with normal or low pressure, it might be due to a low battery, air within the system, or loss of sealing systems. Check the battery charge and purge the air out of the system. If the issue remains, contact customer service.
Why does the pump in my Schenker Distilling equipment keep starting and stopping?
If the pump in your Schenker Distilling equipment temporarily switches off during operation, causing a start-and-stop issue, the pump pressure switch might not be correctly set, or the filters or membranes could be dirty. Try setting the pump pressure switch and cleaning or replacing the filters or membranes.
What to do if Schenker Distilling equipment starts but goes into alarm after 25 seconds?
If your Schenker Distilling equipment starts but goes into alarm after about 25 seconds, it could be in hydraulic block. Check if the pressure gauge indicates above 9-10 bar and the pump starts and stops continuously. If so, carry out the reset procedure and restart the system. If it still blocks, activate the system manually using the bypass. If the system then works correctly, it might be a pressure switch issue. Disconnect the two cables of the pressure switch from the PCB of the controller and connect them to a meter in ohm position. The pressure switch should give a closing signal followed by an opening signal every 3-4 seconds. If the signal is always open or always closed, replace the pressure switch.
Why is there low production and high pressure in my Schenker Distilling equipment?
If your Schenker Distilling equipment is showing low production with high pressure (above 9 Bar), the cause might be clogged filters, clogged membranes, or cold inlet water. Try replacing the filters and performing a washing procedure. If the problem persists, contact customer service.
What to do if the Schenker Distilling equipment pump starts but the system suddenly blocks in high pressure?
If your Schenker Distilling equipment's pump starts but then blocks due to high pressure, it could be due to a hydraulic block, dirty filters, obstructed membranes, or a block in the commutation system. You can try performing a reset procedure or replacing the filters. A washing procedure may also help. If the issue persists, it's best to contact customer service.
Why is there low production with normal pressure in my Schenker Water Filtration Systems?
If your Schenker Water Filtration System has low production with normal or low pressure, it might be due to a low battery, air within the system, or loss of sealing systems. Check the battery charge and purge the air out of the system. If the problem persists, it may be necessary to contact customer service.
General| Brand | Schenker |
|---|---|
| Model | MODULAR 60 |
| Category | Water Filtration Systems |
| Language | English |
Stresses manual reading for safety, copyright, and directive compliance.
Lists crucial safety precautions, protective gear, and operational risks to avoid.
Outlines key considerations for planning the installation, including component placement and passages.
Lists required water intake and discharge points for proper installation.
Details ideal and alternative methods for seawater intake, including fittings and filters.
Illustrates and details all necessary hydraulic connections and hose specifications.
Introduces the electrical connection process, emphasizing qualified personnel.
Details wire selection, cable lengths, and connection tables for the electrical hookup.
Presents the comprehensive electrical wiring diagram for the system.
Outlines the essential steps for the initial startup and air purging of the system.
Lists crucial checks that must be performed before initiating the startup sequence.
Provides a detailed step-by-step guide for the system's startup procedure.
Lists necessary checks before beginning normal operation of the watermaker.
Step-by-step guide for normal operation with the recommended automatic washing.
Instructions for applying antifreeze to protect the system from freezing.
A table listing common issues, their causes, and recommended remedies.
Addresses specific electronic problems and provides solutions for them.
