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Super SK - User Manual

Super SK
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OPERATION MANUAL
SK/SL/GKD/SKH/GK/CL Chemical Filter
Superior Performance
Unbeatable Pricing
Pride in Workmanship
Energy Efficient
Rugged Construction
Please Read This Manual Carfully Before Operating.

Questions and Answers

  • C
    Charles HolderAug 17, 2025
    Why is there no flow from the outlet but high pressure in my Super Water Filtration System?
    • E
      eduardo95Aug 17, 2025
      The absence of flow from the outlet with high pressure in your Super Water Filtration System could be due to a clogged pipeline or filter, or a closed valve. You should clean the pipeline or filter. Also, ensure that the valve is open.
  • J
    Jessica WilliamsAug 20, 2025
    What to do if my Super Water Filtration System has insufficient filtration?
    • R
      richardflynnAug 20, 2025
      If your Super Water Filtration System isn't filtering properly, it might be due to the filter bag not being installed correctly or a clogged filter bag or cartridge. Ensure all parts are installed correctly and clean any debris or residues that might be causing the clog.
  • C
    Carla PerezAug 22, 2025
    What to do if there is no flow from the outlet and no pressure in Super Water Filtration Systems?
    • R
      rkellyAug 22, 2025
      If your Super Water Filtration System has no flow and no pressure, it could be due to a jammed pump impeller, pump failure, clogged inlet, or a closed inlet valve. Try to clean or free the impeller. If that doesn't work, the pump may need repair or replacement. Also, check the inlet for clogs and ensure the inlet valve is open.
  • K
    Keith WeaverAug 26, 2025
    How to fix a leaking pump in Super Water Filtration Systems?
    • M
      Mark SimsAug 26, 2025
      If your Super Water Filtration System's pump is leaking, it's likely due to a damaged seal or other damaged pump parts. You should replace the damaged part.
  • P
    Patricia MooreAug 28, 2025
    Why does my Super Water Filtration System have bubbles from the outlet?
    • R
      Regina SpearsAug 28, 2025
      Bubbles coming from the outlet of your Super Water Filtration System could be because air is being drawn into the pump, or the pipeline is loose, or the in-tank air line is too close to the inlet. Check for leaks and move the in-tank air line if it's too close to the inlet.
  • J
    jpeckAug 30, 2025
    What to do if my Super Water Filtration System filter top cover is leaking?
    • K
      kfergusonAug 31, 2025
      If the filter top cover of your Super Water Filtration System is leaking, it might be due to debris buildup on the cover packing or a damaged cover or cover O-ring. Clean the O-ring and cover packing, or replace the cover or O-ring if damaged.
  • N
    Nicholas BrownSep 2, 2025
    What causes a burnt motor in Super Water Filtration Systems?
    • M
      Matthew MullinsSep 2, 2025
      A burnt motor in your Super Water Filtration System can be caused by a jammed impeller or single-phase operation. Clean the impeller and add a strainer. Install an overload shut-off switch.
  • C
    charlesgonzalesSep 5, 2025
    What to do if my Super Water Filtration System was cleaned filter with high pressure?
    • J
      Jessica WilsonSep 5, 2025
      If you cleaned the filter with high pressure and the cartridges or filter bag are seriously blocked and ineffective, the cartridge or filter must be replaced.
  • R
    Rachel WatersSep 7, 2025
    Why is my Super Water Filtration System's pressure gauge inaccurate?
    • W
      wpowellSep 8, 2025
      An inaccurate pressure gauge in your Super Water Filtration System could be due to the gauge leaking fluid, a damaged diaphragm, or a defective pressure gauge. Refill the gauge with water if it's leaking fluid, or replace the diaphragm or the entire pressure gauge if damaged or defective.
  • C
    cindy39Sep 12, 2025
    What to do if my Super Water Filtration System has low flow and no sign of filter clogging?
    • S
      stephenavilaSep 12, 2025
      If your Super Water Filtration System has low flow without filter clogging, the pump might be spinning in the wrong direction, or the impeller is clogged or stuck, or the foot valve/strainer is clogged or blocked. Correct the spinning direction of the pump. Remove and clean the impeller, and also remove and clean the foot valve/strainer.

Summary

Installation Precautions

Filter Example and Installation Method

Installation Method

Step-by-step guide for installing the filter system, referencing diagrams and ensuring correct setup.

Filter Operation Instructions

GKD System Features and Operation

GKD Operation

Detailed instructions for operating the GKD filter, including valve settings and chamber functions.

GKD Filter Replacement

Step-by-step guide for replacing filter cartridges and media in the GKD system.

Maintenance and Repair Procedures

Maintenance Precautions

Essential safety measures and preliminary steps before performing any maintenance or repair tasks.

Filter Part Assessment

Visual inspection methods to identify filter parts and evaluate their condition and performance.

Filter Medium Maintenance Details

Overview

This document is an operation manual for the SK/SL/GKD/SKH/GK/CL Chemical Filter, manufactured by SUPER. The product is marketed with claims of "Superior Performance," "Unbeatable Pricing," "Pride in Workmanship," "Energy Efficient," and "Rugged Construction."

Function Description

The SUPER Chemical Filter is designed for filtering chemical solutions. It can be configured for various filtration methods and includes models that allow for multi-stage filtration. For instance, some GKD models can utilize activated carbon in a first chamber to filter out particles and organic matter, while a second chamber handles further organic matter filtration. A key feature of these multi-chamber systems is the ability to replace the filter in one chamber while the other remains operational. The filter is suitable for use with different types of filter media, including paper, cartridge plate fixtures, strainer plate fixtures, and star cloth bags, depending on the specific chamber configuration.

Important Technical Specifications

The manual provides some technical specifications and operational limits:

  • Pipe Material: For solutions exceeding 60°C, PP (Polypropylene) pipe material is recommended.
  • Pressure: The working pressure should not exceed 1.5 Kg/Cm². Barrels are designed to withstand a maximum of 3kg of pressure, but operation should not exceed 80% of the pressure range.
  • Temperature: The liquid temperature should not exceed 70°C.
  • Power Supply: The filter requires an electromagnetic switch that automatically cuts off power if the motor overloads. When installing a fuse or motor protection device, it should allow current 10-20% higher than the rated current.
  • Siphoning Prevention: A hole of 5-10 mm in diameter should be drilled on the outlet pipe, or a T-strainer installed (5 cm above water level) to prevent siphoning.
  • Inlet Configuration: The pump inlet should be installed with a foot-valve or strainer to prevent leakage and ensure the inlet pipe is filled with water to avoid dry-running.

Usage Features

The manual outlines several important usage features and installation precautions:

  • Installation:
    • Pipelines must be fully secure and sealed.
    • For pipelines with many bends, a water/solution inlet pipe should be installed.
    • Outdoor installations require adequate covering.
    • The machine must be placed in an upright position on a sturdy resting surface.
    • If pump in/outlet are lower than the liquid level of the tank, valves should be installed on the in/outlet pipe to prevent siphoning.
    • In/outlet connection flanges must be of equal diameter and all bolts/nuts, including wing nuts on the top cover, must be adequately tightened.
    • Before connecting to the pump, pipes should be washed to remove extraneous matter.
    • The inlet pipe should be secured to prevent movement or bending, especially if using soft pipes (stiff pipes inside the tank are recommended).
  • Operation:
    • Before starting, ensure the pump is filled with water, and air release valves and water injection valves are open to prevent dry-running.
    • Check voltage and motor junction box for correct wiring.
    • Before starting the motor, close the tube valve and allow air/water to escape from the air release valve.
    • Verify correct in/outlet connections and ensure valves are open.
    • After turning on the pump, confirm it's turning in the right direction; if not, switch the direction from the motor junction box.
    • Ensure the tube valve is closed and the tube is empty to prevent air from entering the pump, which can cause cavitation or dry-running.
    • Check the pressure gauge for oil before operating.
    • Always wear protective clothing (gloves, boots, etc.) in hostile environments.
    • Check all safety/protection switches, such as holding tank liquid level and power protection.
    • Do not apply different chemical solutions with the same machine without consulting a technician.
    • Periodically check the flow rate and clean the filter medium to prevent clogging.
    • Operate the filter only during working hours and unplug it when not in use to prevent dry-running.
    • Avoid placing the filter outdoors, as sunlight can weaken the barrel material.

Maintenance Features

The manual details several maintenance procedures:

  • Precautions:
    • Always turn off and disconnect power before maintenance.
    • Drain all fluid from the filter and close in/outlet valves.
    • Service personnel must wear protective clothing.
    • Ensure the pump is not siphoning from the tank.
  • Filter Part Inspection: Visually check the liquid discharge from the filter. If discharge is very low, disassemble the filter material for cleaning.
  • Filter Maintenance:
    • Cartridges and Tamis bags can be soaked in 5% HCl solution for 3-5 hours, then cleaned with water (do not scrub).
    • Rinse the filter medium with clean water.
    • A "Filter Maintenance Card" (Pg. 24) is provided for routine maintenance tracking.
  • Cartridge Replacement:
    • If pressure increases quickly after cleaning and re-installing a cartridge, it indicates the cartridge is seriously blocked, ineffective, and must be replaced.
    • Before replacing, open the air release valve and fully drain the solution.
    • Remove the top cover, then the C-clamp, and pull the cartridge vertically.
    • The stanchion nut can be removed by turning counter-clockwise to access the filter media.
    • Reverse the procedure for reassembly.
  • Specific Filter Medium Maintenance:
    • Cartridge Nut Type: Turn cover handles counter-clockwise to open. Drain air via the air release valve. Open cover, untie Tamis bag, turn nut counter-clockwise to loosen, remove nut and Tamis bags for cleaning/replacement. Reassemble in reverse.
    • Cartridge Fixture Type: Similar to nut type, but involves removing the stanchion fastening screw and fixture plate to access the medium. Remove top washer, Tamis bag, and spring. Clean/replace Tamis bags and cartridges. Reassemble in reverse.
    • Bag Type: Turn clockwise to secure, counter-clockwise to release the bag. Replace or clean with clean water. Reassemble in reverse.
    • Star Cloth Bag Type: Similar to cartridge types, but involves lifting the filter handle to remove the filter. Diatomite can be used to increase filtration.
    • Paper Filter Type: Involves rinsing the filter chamber and turning the filter handle counter-clockwise to loosen the filter medium for cleaning. Reassemble in reverse.

The manual also includes a troubleshooting guide for common issues such as insufficient filtration, no flow, bubbles from the outlet, pump leaking, burnt motor, inaccurate pressure gauge, and filter top cover leaking, providing causes and approaches for resolution. A "Part Reference Chart" lists all components with their descriptions and materials.

Super SK Specifications

General IconGeneral
BrandSuper
ModelSK
CategoryWater Filtration Systems
LanguageEnglish