1. Manuals
  2. Brands
  3. Labtron Manuals
  4. Water System
  5. LDIN-B10
  6. Instruction manual

Labtron LDIN-B10 Instruction Manual

Deionized water system
Hide thumbs
Table of Contents

Advertisement

Quick Links

Download this manual
www.labtron.com |
D
e
i
o
n
D
e
i
o
n
www.labtron.com | info@labtron.com
i
z
e
d
W
i
z
e
d
W
L
D
I
N
L
D
I
N
info@labtron.com
a
t
e
r
S
a
t
e
r
S
-
B
1
0
-
B
1
0
y
s
t
e
m
y
s
t
e
m

Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the LDIN-B10 and is the answer not in the manual?

Questions and answers

Subscribe to Our Youtube Channel

Related Manuals for Labtron LDIN-B10

Summary of Contents for Labtron LDIN-B10

  • Page 1 | info@labtron.com www.labtron.com | info@labtron.com...

  • Page 2: Table Of Contents

    Deionized Water System LDIN-B10 Index Sr.no Title Page no Safety Measures Introduction Features Specifications Applications Installation Operations Software operations Maintenance Troubleshooting Accessories Replacement...

  • Page 3: Safety Measures

    Deionized Water System LDIN-B10 1. Safety Measures • Prevent Water Leakage and Damage: Do not remove any parts from the machine to avoid water leakage and potential damage. Ensure that you use a power supply matching the rated voltage of the machine.

  • Page 4: Introduction

    Deionized Water System LDIN-B10 2. Introduction Deionized Water System LDIN-B10 can produce 10 liters of water per hour at a flow rate of 2 liters per minute. It has an automated cleaning system, a long-acting KDF device, and a manual drain valve. This has dual-wavelength UV lights for sterilizing and a quick- plug pipeline interface.

  • Page 5: Specifications

    55 × 63 × 155cm Gross weight 95 Kg Net Weight 85 Kg 5. Applications Labtron Deionized Water Systems are vital for amino acid analysis, protein purification, toxicology studies, drug development, and medical testing across healthcare, food, and biochemical microanalysis.

  • Page 6: Installation

    Deionized Water System LDIN-B10 6. Installation 6.1 Working Conditions 1) Inlet water requirements: Tap water 2) Pressure: 1.0-3.5 Kg/cm²     3) Temperature: 5-40°C 4) Total Dissolved Solids (TDS): Less than 220 ppm Note: If the inlet water does not meet these requirements, it can damage the pre- treatment filter, RO membrane, and pure polishing resin cartridge.
  • Page 7 Deionized Water System LDIN-B10 6.3 Installation steps 1) Open the product package, and take out the main body, and attachment box. Arrange the position according to the laboratory situation. (Close to water, avoid strong sunlight, place horizontally). 2) Connect the inlet water：...
  • Page 8 Deionized Water System LDIN-B10 Before installation, kindly unplug all the interfaces. Methods the following Interface Remove the Removed Hold down card buckle the white removed chips at the the horn same time pull the horn Quick connectors plug method Pull out the...

  • Page 9: Operations

    Deionized Water System LDIN-B10 7. Operations 7.1 Deionized Water System LDIN-B10 working procedure Name Picture Function Front filter 10-micron 316 stainless steel washable filter, remove minor impurities, extend PP cotton lifetime. PP cotton filter Removes impurities (greater than 5 microns) such as suspended solids, rust, sludge, colloid, etc.
  • Page 10 Deionized Water System LDIN-B10 0.2μm terminal Final removal for < 0.2μm filter bacteria 7.2 Water using instruction 1) Turn on the inlet water, when water is out from the wastewater socket, the machine begins to work, and the automatic controlling system starts.

  • Page 11: Software Operations

    Deionized Water System LDIN-B10 8. Software operations 8.1 Detailed introduction of screen controller The controller of this machine adopts the full-touch human-computer interaction mode, and all queries, settings and other commands can be completed through the touch button on the LCD. When you click any point on the screen on the home page, you are welcome to log in, as shown in Figures 1 and 2.
  • Page 12 Deionized Water System LDIN-B10 Figure-2 3) Click the "information" button in the main menu to enter the current information menu to view the system operation status, history, equipment information and other contents. Figure-3 Main menu 4) Kindly refer Information service for the contents of each sub-menu in the...
  • Page 13 Deionized Water System LDIN-B10 Figure-4 Main menu of information query 8.2 Information service To query, export and print historical alarms and historical water quality information, you need to enter the time range to query. 1) After entering the correct time range (or 0 for all), click the "query" button, if the input time range is normal, enter the relevant information display menu, and the water quality query method is similar.
  • Page 14 Deionized Water System LDIN-B10 the time format is as follows: "2013.10.13", and then click the "export" button to start the export function. At this time, if the U disk connection is normal, the time will be automatically exported All historical data in range.
  • Page 15 Deionized Water System LDIN-B10 5) disinfection can be updated. The main menu of "maintenance" is shown in Figure Figure-8 Print record of alarm history 6) Click the "setting" button in the main menu to enter the settings menu. Enter the sub-menu of various types of parameters in this menu.
  • Page 16 Deionized Water System LDIN-B10 Figure-10 System setting the main menu 8) As shown in "Figure 11 below", click "Level 3 water" to enter the Level 3 water intake menu. There are two ways of water intake in this menu. Figure-11 Main menu of system water intake 9) Click the "take now"...
  • Page 17 Deionized Water System LDIN-B10 Figure-12 Water intake menu of level 3 10) If the water storage tank needs to be short of water or the "stop" button is pressed during the water intake process, the water intake will be stopped automatically.
  • Page 18 Deionized Water System LDIN-B10 Figure-14 Ultra-pure water access menu 12) Click the "take now" button, if there is no water shortage in the water storage tank at this time, the controller will enter the "ultra-pure water circulation" until the water quality reaches the standard, automatically open the ultra-pure water intake valve, start to take water, during the circulation process, the user can manually cancel the circulation, in this menu, the "current water intake flow"...
  • Page 19 Deionized Water System LDIN-B10 Figure-16 Ultra-pure water circulation menu 13) Quantitative water intake three-stage quantitative water intake Press "quantitative access" in "Figure 12" to enter the "quantitative setting" menu, where you can set the pure water capacity to be used this time.
  • Page 20 Deionized Water System LDIN-B10 Figure-18 Three-level water quantitative access menu 15) Press "quantitative access" in "Figure 12" to enter the "quantitative setting" menu, where you can set the pure water capacity to be used this time. Figure-19 Ultra-pure water quantitative setting menu 16) After the water intake capacity is set, click the "take"...
  • Page 21 Deionized Water System LDIN-B10 Figure-20 Ultra-pure water circulation menu In this menu, the "current water intake flow" and the "accumulated water intake" since the start-up are displayed simultaneously. Figure 21 Quantitative use of ultra-pure water 17) Click the "make water" button in the main menu to enter the water-making menu, where you can view the current water-making status animation, pure water tank storage capacity, pure water conductivity and temperature.
  • Page 22 Deionized Water System LDIN-B10 Figure-22 Water-making status Note: This menu can only be viewed, and other operations are not allowed. This interface will pop up automatically when the water-making operation just occurs.

  • Page 23: Maintenance

    Deionized Water System LDIN-B10 9. Maintenance 9.1 Daily maintenance 1) Unless there are special circumstances, ensure the power supply of the pure water machine is turned off and the tap water supply is cut off before leaving work to avoid accidents.

  • Page 24: Troubleshooting

    Deionized Water System LDIN-B10 Troubleshooting Problem Cause Resolvent The system has no power supply The power supply is not Connect the power connected. supply correctly. Transformer damage. Replace the transformer. The tap water inlet Open the tap water inlet valve is not open.
  • Page 25 Deionized Water System LDIN-B10 the system is Inverse stop valve fault. Replace the reverse stop stopped valve. The pure water machine keeps Water outlet solenoid Replace the water outlet flowing out of the water valve failure. solenoid valve. The pure water machine is...

  • Page 26: Accessories

    Deionized Water System LDIN-B10 Accessories S.no Accessory name Quantity KDF composite filter 1 Piece 11" PP filter 1 Piece 11" activated carbon filter 1 Piece 150 GPD RO membrane 1 Piece 100 low pressure RO membrane 1 Piece 11" ultra-purification column...

  • Page 27: Replacement

    Deionized Water System LDIN-B10 Replacement 12.1 Consumable replacement cycle Kindly replace the filter element and reverse osmosis membrane regularly according to the consumable replacement cycle listed in the following table. Long use may cause filter element obstruction and reduce water quality, seriously damage the booster pump or cause the machine to work properly.
  • Page 28 Deionized Water System LDIN-B10 12.2 Inspection of the ultra-purification column The ultra-purified column is the key component to produce UP water. When RO water passes through the mixed bed resin in the ultra-purified column, the anode ions in the pure water are completely removed by ion exchange to produce the ultra-purified water.

Table of Contents