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TLW-F2
TOP
1. Scope of application
Automatic washing machine, used in food, agriculture, pharmaceutical, forestry, environment, agricultural product testing, laboratory animals and other related fields to provide glassware cleaning solutions. Used for cleaning and drying Erlenmeyer flasks, volumetric flasks, pipettes, injection vials, test tubes,petri dishes, etc.
2. Qualification
2.1 Passed ISO9001 quality management system certification and ISO14001 environmental management system certification
2.2 Pass the EU CE certification
2.3 Test the residual water (PH, TOC, conductivity) report after cleaning by an authoritative organization
2.4 Pass the third party residue test report
3. Basic parameters
3.1 Water inlet requirements: tap water/pure water; power supply: 380V
3.2 Cleaning chamber volume: 308L
3.3 Circulating pump power: 1500W, heating power: 9KW/18KW
3.4 Circulation system speed: 0-1000L/min(adjustable), provide strong cleaning ability
3.5 The inner tank is made of 316L mirror stainless steel, and the outer shell is made of 304 brushed stainless steel or plastic spraying process
3.6 With 35 standard cleaning procedures and 100 custom procedures, three layers of cleaning baskets can be placed, and the upper, middle and lower layers can clean 100ml volumetric flasks in one time
3.7 Cleaning capacity: 672 sampling vials can be cleaned in one time, 216 10-25ml volumetric flasks, 126 100ml volumetric flasks, and 238 pipettes with a height of 70cm can be cleaned vertically
3.8 Temperature display accuracy: 0.1℃
3.9 Dimensions: height * width * depth: 1326*930*750mm
4. Technical performance
4.1 Wash start delay function: The instrument comes with time start and timer start functions, can improves the work efficiency.
4.2 Operation interface: Chinese and English menu operation interface, multi-level password protection
4.3 Use stainless steel metal waterproof keyboard panel, waterproof grade: IP65, humanized interface layout, buttons are laser-engraved，corroded and high-quality durable, long-time use will not fall off and wear.
4.4 The lights in the cleaning chamber can be controlled freely, with one-key restore to factory settings.
4.5 The viewing window is made of pure-screen float tempered glass material, which has high durability, clear texture and better sound insulation.
4.6 The instrument has a data traceability function, automatically counts the cleaning workload, cleaning agent consumption, and monitors the life of the HEPA filter.
4.7 Microcomputer intelligent control, 485 hub, optocoupler isolation, original imported chip, with better linearity, segment interference, signal long-distance transmission protection and other functions.
4.8 The instrument has RS-232 printing interface, USB interface, can be connected to computer, printer, U disk, etc., and built-in storage chip to record cleaning data.
4.9 Automatic door opening, ITL induction technology, the door cannot be opened during the cleaning process, the door positioning buckle will be automatically opened after the cleaning is completed, the door will be pushed to the designated position, the positioning buckle will automatically return after the door is opened, which helps after cleaning Cooling and automatic drying of utensils.
4.10 Automatically close the door, ITL induction technology, the door buckle and positioning buckle will automatically close after connecting, no need to push manually.
4.11 Automatically identify the basket and automatically adjust the water volume.
4.12 The instrument is equipped with a variable frequency start function, the frequency of the cleaning circulation pump is adjustable, and the speed of the motor can be adjusted at the same time to prevent the instantaneous impact of the circulating water on the utensils during the cleaning process, which may cause the utens.
4.13 The circulating pump has its own overheating protection device to extend the service life.
4.14 Built-in pipeline heating tube, clean and tidy in the cleaning cavity; 6D water pipeline design, zero dead angle welding technology, prevent pollution and residual risks, and ensure that the instrument meets GMP and FDA specifications.
ils to be damaged.
4.15 The circulation system is equipped with pressure monitoring and anti-foam cleaning technology to ensure the cleaning effect.
4.16 The sprinkler system is equipped with speed monitoring, the speed range can be set, and the obstacle will alarm.
4.17 Modular basket design, can be placed on the upper, middle and lower three layers at the same time, and can also be placed on any one or two layers, without changing the basket structure
4.18 The injection-type basket adopts ICA module design, which can be freely interchanged. The basket and the basket are connected by quick-plug, and there is a positioning groove to fix the basket, which is more flexible and convenient to use
4.19 The new water inlet method at the back of the cleaning chamber improves the restriction of the original top water inlet method; there are at least three water outlets on the back to meet the needs of the upper, middle and lower three-layer modular baskets, and each outlet has an automatic closing mechanical valve Device.
4.20 Optional Built-in conductivity monitoring system, full-process conductivity monitoring, parameter setting of rinsing water, automatic monitoring of rinsing water quality and intelligent adjustment of cleaning procedures.
4.21 The original imported double-layer explosion-proof electronic safety water inlet pipe, pressure-resistant and temperature-resistant, not easy to scale, with anti-leakage monitoring valve, the instrument will automatically shut off the solenoid valve in case of failure, cut off the water source from the source, and ensure laboratory safety.
4.22 The electronic detector automatically detects the cleaning agent flow and bubbles, the flow is inaccurate or the instrument will automatically alarm; and prompt the user.
4.23 Drying system: double-layer HEPA filter cotton, to further ensure the air purity during the drying process, the instrument must be equipped with HEPA filter cotton failure alarm prompt, drying time and temperature are adjustable.
4.24 The cleaning agent storage device must be a humanized drawer type. When replacing the cleaning agent, the original cleaning bucket can be directly pulled out through the track to prevent human damage during the cleaning agent replacement process and ensure convenient replacement.
1. Scope of application
Automatic washing machine, used in food, agriculture, pharmaceutical, forestry, environment, agricultural product testing, laboratory animals and other related fields to provide glassware cleaning solutions. Used for cleaning and drying Erlenmeyer flasks, volumetric flasks, pipettes, injection vials, test tubes,petri dishes, etc.
2. Qualification
2.1 Passed ISO9001 quality management system certification and ISO14001 environmental management system certification
2.2 Pass the EU CE certification
2.3 Test the residual water (PH, TOC, conductivity) report after cleaning by an authoritative organization
2.4 Pass the third party residue test report
3. Basic parameters
3.1 Water inlet requirements: tap water/pure water; power supply: 380V
3.2 Cleaning chamber volume: 308L
3.3 Circulating pump power: 1500W, heating power: 9KW/18KW
3.4 Circulation system speed: 0-1000L/min(adjustable), provide strong cleaning ability
3.5 The inner tank is made of 316L mirror stainless steel, and the outer shell is made of 304 brushed stainless steel or plastic spraying process
3.6 With 35 standard cleaning procedures and 100 custom procedures, three layers of cleaning baskets can be placed, and the upper, middle and lower layers can clean 100ml volumetric flasks in one time
3.7 Cleaning capacity: 672 sampling vials can be cleaned in one time, 216 10-25ml volumetric flasks, 126 100ml volumetric flasks, and 238 pipettes with a height of 70cm can be cleaned vertically
3.8 Temperature display accuracy: 0.1℃
3.9 Dimensions: height * width * depth: 1326*930*750mm
4. Technical performance
4.1 Wash start delay function: The instrument comes with time start and timer start functions, can improves the work efficiency.
4.2 Operation interface: Chinese and English menu operation interface, multi-level password protection
4.3 Use stainless steel metal waterproof keyboard panel, waterproof grade: IP65, humanized interface layout, buttons are laser-engraved，corroded and high-quality durable, long-time use will not fall off and wear.
4.4 The lights in the cleaning chamber can be controlled freely, with one-key restore to factory settings.
4.5 The viewing window is made of pure-screen float tempered glass material, which has high durability, clear texture and better sound insulation.
4.6 The instrument has a data traceability function, automatically counts the cleaning workload, cleaning agent consumption, and monitors the life of the HEPA filter.
4.7 Microcomputer intelligent control, 485 hub, optocoupler isolation, original imported chip, with better linearity, segment interference, signal long-distance transmission protection and other functions.
4.8 The instrument has RS-232 printing interface, USB interface, can be connected to computer, printer, U disk, etc., and built-in storage chip to record cleaning data.
4.9 Automatic door opening, ITL induction technology, the door cannot be opened during the cleaning process, the door positioning buckle will be automatically opened after the cleaning is completed, the door will be pushed to the designated position, the positioning buckle will automatically return after the door is opened, which helps after cleaning Cooling and automatic drying of utensils.
4.10 Automatically close the door, ITL induction technology, the door buckle and positioning buckle will automatically close after connecting, no need to push manually.
4.11 Automatically identify the basket and automatically adjust the water volume.
4.12 The instrument is equipped with a variable frequency start function, the frequency of the cleaning circulation pump is adjustable, and the speed of the motor can be adjusted at the same time to prevent the instantaneous impact of the circulating water on the utensils during the cleaning process, which may cause the utens.
4.13 The circulating pump has its own overheating protection device to extend the service life.
4.14 Built-in pipeline heating tube, clean and tidy in the cleaning cavity; 6D water pipeline design, zero dead angle welding technology, prevent pollution and residual risks, and ensure that the instrument meets GMP and FDA specifications.
ils to be damaged.
4.15 The circulation system is equipped with pressure monitoring and anti-foam cleaning technology to ensure the cleaning effect.
4.16 The sprinkler system is equipped with speed monitoring, the speed range can be set, and the obstacle will alarm.
4.17 Modular basket design, can be placed on the upper, middle and lower three layers at the same time, and can also be placed on any one or two layers, without changing the basket structure
4.18 The injection-type basket adopts ICA module design, which can be freely interchanged. The basket and the basket are connected by quick-plug, and there is a positioning groove to fix the basket, which is more flexible and convenient to use
4.19 The new water inlet method at the back of the cleaning chamber improves the restriction of the original top water inlet method; there are at least three water outlets on the back to meet the needs of the upper, middle and lower three-layer modular baskets, and each outlet has an automatic closing mechanical valve Device.
4.20 Optional Built-in conductivity monitoring system, full-process conductivity monitoring, parameter setting of rinsing water, automatic monitoring of rinsing water quality and intelligent adjustment of cleaning procedures.
4.21 The original imported double-layer explosion-proof electronic safety water inlet pipe, pressure-resistant and temperature-resistant, not easy to scale, with anti-leakage monitoring valve, the instrument will automatically shut off the solenoid valve in case of failure, cut off the water source from the source, and ensure laboratory safety.
4.22 The electronic detector automatically detects the cleaning agent flow and bubbles, the flow is inaccurate or the instrument will automatically alarm; and prompt the user.
4.23 Drying system: double-layer HEPA filter cotton, to further ensure the air purity during the drying process, the instrument must be equipped with HEPA filter cotton failure alarm prompt, drying time and temperature are adjustable.
4.24 The cleaning agent storage device must be a humanized drawer type. When replacing the cleaning agent, the original cleaning bucket can be directly pulled out through the track to prevent human damage during the cleaning agent replacement process and ensure convenient replacement.
