Heavy Duty Washing Machine – One of the most important options to reduce the environmental impact of industrial processes is to minimize the number of required process steps necessary to produce the desired quality of products. As an example, instead of traditional pre-treatment of textiles, the minimum required treatment processes can be applied. The pre-treatment of the fabrics depends on the desired colour depth and other characteristics of the finished product. For example, fabrics that will be dyed in dark colours should not be strongly bleached.
Oftentimes, reducing the number of
process steps is possible through treating the fabrics in wet conditions,
without the need to dry them first. This allows certain process steps to be
combined which normally are carried out separately. Examples that have been
implemented include:
Improvement of the feel of yarn
directly after painting without drying the material first;
Making wool moth repellent during
dyeing;
Development of a single step
pre-treatment of the fabric that combines washing, scouring and bleaching in
such a way that one washing / drying stage can be omitted. Depending on the
type of textiles treated, one step pre-treatment can yield substantial energy
and water savings because two or even three of the wide washing steps can be
reduced to one. One-step pre treatment is especially feasible for textiles that
are relatively light weight;
Wet-in-wet impregnation of
treatment chemicals, in order to skip a drying stage. Many treatments of
fabrics can be applied directly on the wet cloth after the wide washing
process. In that case, the cloth is impregnated “wet-in-wet”,
followed usually by a reaction step in order to let the chemicals work on the
fabric. Afterwards, the cloth is rinsed on a wide washing machine. Examples of
this process include: (1) The wet-in-wet pre-treatment on a continuous
pre-treatment line; and (2) the wet-in-wet application of a cationic treatment
chemical after rinsing out unabsorbed reactive pigments;
Combined dyeing and application of crease repair agents (synthetic resins) so the material only has to be dried once.
MACHINE DESCRIPTION
BRAND
ORIGIN
CAPACITY
Washing Machine
Sut
& Lic
Singapore
250
KG EACH
Asian
Star
China
250
KG EACH
Panyu
Xin Xin
China
250
KG EACH
Local
Machine
Bangladesh
250
KG EACH
Sample
Washing Machine
Asahi
Laundry Washer
Japan
30
KG
Asahi
Laundry Washer
China
200
KG
Local
Machine
Bangladesh
150
KG
Local
Machine
Bangladesh
20
KG
Hydro-extractor
Sut
& Lic
Singapore
250
KG
Asian
Star
China
250
KG
Steam
Dryer
Sut
& Lic
Singapore
200
KG
Asian
Star
China
200
KG
Local
Machine
Bangladesh
160
KG
Gas
Dryer
Sut
& Lic
Singapore
250
KG EACH
Steam
Boiler 40% use in washing
Cochran
Scotland
5
Ton
For Denim-
Yellowish marks come from chemicals & from back staining.
Indigo dyes have big molecule structure, so after washes it’s come back to the garments again. Sun lights affect those molecules & make the garments yellow. So we have to wash it clearly and use the anti ozone (O3) softener.
To prevent crease marks reduce RPM & temperature at desizing stage.
To avoid uneven increase pH. At lower pH bleach work quickly & makes uneven.
Use buffer solution to stable pH. For pH changing shades will change also.
Hypo must be clear to prevent Yellowish effect
For Dyeing-
Important parameters for dyeing-
Hydrophilic
Base color (bleach slowly for even dyeing)
pH
Circulation
Temperature
Anti Ozone softener improves the fastness of Sulpher dyeing. Don’t use any non-ionic softener.
To improve the light fastness, protect the surface.
Others-
To make garments soft, use good desizing agent. Then use micro & macro emulsion together. Dry in the steam dryer.
Improve tearing strength by using polyurethane
NaHCo3- pH doesn’t change with temperature
Na2CO3- pH change with temperature
Polyethylene (LEPN) used for color fastness. It makes the fabrics slippery & hence improve the color fastness (Only rubbing)
Densoft Ultra for Sulpher dyes.
Densit-AT- acid buffer to stable pH.
New Developments-
Crinkle Effect on denim garments-
Tie the garments inside of a net
Wash at 80’C for 10 mints.
Open the net.
Enzyme (Neutral) with anti-back staining agent for 30min at 30’C.
Rinse 2times.
Bleach with KCI (10g/l) at 50’C for 10-12min
Neutralize with Hypo
PP
Neutral with meta
10% solun of cationic softener+ Polyurethane (250g/l) & brush by hand.
Dry with iron & then curing
For fluorescent dyeing-
Heavy Duty Washing Machine List – Deraw-FX 2gm/l——at 60’C for 30min, pH-9———-rinse——dyeing—fixing
Ensure compliance with relevant Environmental Waste Management Policy and Regulations. Incorporate environmental considerations into our practices with regard to the use of natural resources, energy consumption and waste disposal. Principles of Industrial Waste Management
Seek to ensure environmental awareness and responsibility on the part of our staff, our suppliers and partners in the implementation of projects, in facilities, management and operations.
Remain committed to prevent pollution.
We will encourage recycling of waste materials and discourage the use of environmentally unfriendly products.
We will continuously monitor and improve our environmental performances.
Auto Washing Ltd. is well aware about health & safety of its stakeholders as well as about the legal & environmental regulations. Fabric is manufactured and processed as a backward linkage of ready-made garments manufacturing trade. Application of various dyes & chemicals is very essential part & parcel of textile processes. Garments & wastes are the vice versa products of textile industries. There is no way to skip waste generation in this trade. However, proper practices & awareness can help any organization to minimize waste generation and manage waste properly as well. Therefore, Auto Textiles Ltd. has formed “Waste Management System” (WMS) considering the well-being of the surrounding environment & stakeholders. This management system should comprise the following terms & issues:
Moreover AUTO TEXTILE has a total set of sewing machines and iron tables which are equipped with servo motors. The product development and sample department has been fitted with the T5 lights which are saving 50% of the consumption of electricity for that floor. As a part of our commitment we also have employed an energy audit team who has already done the audit on electrical load management system. This will allow us to re-modify the existing electrical layouts, load management and efficiently handle the load through a software to manage the load. The company also has a management committee lead by a GM to constantly look after the implementation of new technology to conserve energy.
Ensuring compliance with all local legislations.
Providing all staff and workers with explicit guidance in the safe handling and disposal of all wastes in line with health and safety and infection control requirements;
Wastes should be segregated or classified as Hazardous & non-hazardous, Production & Non-production Wastes to segregate and treat them accordingly.
Waste generation rate should be monitored so that it can be managed properly. Waste minimization can help substantially to conserve resources.
Factory workers and staffs should be well aware of Source Reduction, Reuse & Recycling (3R principle) of waste so that they can prompt waste management from the beginning.
There should be a Waste Management Committee for decision making & supervising waste management activities within factory premises.
All environmental issues should be supervised & monitored by an Environmental Personnel.
Waste management is very essential to keep the entire environment healthy & clean or to comply with local & international rules & regulations. The terms & conditions of the above mentioned management system might be changed according to the change of local legislations and under the guidance of Department of Environment.
In the dyeing section, the management ensures proper use of underground water by putting a water flow meter in the delivery of booster pumps. By doing so, the dyeing section is experimenting as less liquor ratio as possible. We will also put a water flow meter in the dyeing machines to ensure the lesser liquor ratio. In the printing section we have implemented dryers on the glass table to reduce the use of hand dryers to have better quality as well as conserve the energy. For water saving, the company uses Spray Nozzles with high pressure to remove the solution in the screen section.
Conclusion
AUTO TEXTILE also implemented a new technology to recycle the screen of the frame by using some non-hazardous chemicals which removes the solution and re-use it for 4-6 months. This saves a lot of energy by using Environmental Waste Management Policy
Detailed Study of Buyers Sample Fabric Requirement-Construction & Wash Requirement & Standards Development Prepared Leg mocks (minimum-5) and develop the wash as/std., after achieve the final wash a sample leg mock submit to customer/Asmara . (Final wash recipe should be attached with leg mock ) Developed the washes in Garment & actual fabric After rcvd the comments and approval on leg mock gmts need to wash using actual fabric. If gmts not as/std. need to call out buyer
Bulk Fabric Test & Control Bulk production fabric need to use for gmts samples and FPT & GPT test conduct for all the colors . Fit & Wash Reference Sample Based on wash comments wash and submit the sample/Leg mock to buyer/Asmara for approvals Wash Sample Copy /Counter Leg mocks/Gmts submitted to buyers for approval keep in Asmara Office (attached wash recipe with unwashed fabric swatch
fabric control Blanket Washing Machine Activity Before bulk gmts production shade blanket need to wash as per approved buyers washing std. , shade report send to all the concern deptt. for bulk gmt production Size Set washing Based on PP comments production size set nee to wash (should be wash in all the colors) & report submit to Asmara office Qc will send garments for testing to Asmara Lab. Pilot /Shade range wash Based on size set comments pilot production/shade range need to wash ( minimum 2 lots need to wash for shade range ) .
Bulk wash Approval Bulk wash Approval Based on PP/Wash reff. comments review wash range & send to buyers/Asmara for approval copy of washed counter Keep with counter seal Bulk Wash Production After rcvd comments approved shade garments need to seal and send to fcty for production and copy of all approved gmts need to keep in Asmara office Bulk wash Control Bulk wash gmts must wash as per lot size & shade wise Standard all the bulk wash should be meet with color , handfeel,abrasion and the dry process standard and consistent throughout the bulk production. test protocals forCF, crocking ,DS and PH needs to be verified and should be recorded
Combining or eliminating process steps in textile manufacturing
A reduction in energy, water and raw material usage.
In order to implement this measure, the existing dyeing process, the process conditions and quality requirements should be analysed carefully. It is recommended that industry specific pilot / lab scale trials should be undertaken before field scale implementation, to ensure quality.
Reducing the number of process steps requires relatively modest investments. Savings result from increased production speeds (time gains) a reduction in water, energy and raw materials usage. Payback times are often less than a year.
In synthetic textile processing industries, the operations like weight reduction, scouring and whitening could be combined in one single process step.
Reduced operating time and corresponding energy consumption
Reduced water consumption and consequently reduced wastewater generation
Reduced treatment cost of waste water
Reduced BOD & COD loads
This option is primarily applicable when the fabric needs to be dyed later in a dark shade.
Savings depends on the reduction in the processing time and corresponding savings in energy as well as increased capacity utilisation of the machine, reduction in water consumption and wastewater generation.
The unit is equipped with modern machines and being run by educated, efficient and experienced technical personnels. Autogarment washing uses best recommended chemicals and other necessary materials in correct proportions in order to ensure desired quality of wash of garments. Strict Quality Control is in place to make sure that no sub-standard chemicals are used and expected look and handfeel have been achieved in the garments after wash.
Purpose of Fully Automatic Washing Machine
To determine the dimensional changed and outside of woven and knitted garmentss after home laundry. Principle of automatic washing machine is this test is intended to give an overall view of the durability and stability of garmentss during mc washsing and drying and is intended to replicate home laundry conditions and results as seen by the consumer. Each garments should be tested according to the order or selling region.
Apparatus
Automatic Front Load Washsing Mc; European style
Recommendation: Miele Washsing Mc or Wascator Models as specified in Test Method 4.02
Requirement: any other European Style Washsing Mc Models need to follow below specifications:
water ratio : load 5:1
5kg capacity
spin speed min. 1200 to max.1600 turns / minute
Domestic tumble dryer
5kg load
with a cool-down facility
Speed – 50(+/-5) rotations per minute
Automatic Top Load Washsing Mc, USA (Kenmore)
Kenmore/Whirlpool Washsing Mc – Dry load Capacity 8.2kg
All USA Top Load Washsing Mc Models have a liquor level of 48 litres
Detergent
Commercial / Household Washsing Detergent that is widely available in the order region or selling region
Recommendation: Tide, Persil or Ariel
N.B.: Powder Form only
Equipment
Ballast of bleached CO sheeting or single jersey 180g/m² ( size 1 x 1y hemmed pieces) or
Ballast of 100% Polyester Dummys -white (size each 14” X 14”) for dummy load to achieve the described mc load.
Hangers for Garmentss
DALO Marker and/or indelible ink marking pen for use with suitable rule, tape, marking template
Tape or rule calibrated in millimeters/inches
Balance capable of weighing 0 – 200g and accurate to 0.1g.
Balance capable of weighing up to 2.0kg accurate to 1.0g. – 5.0g.
Garments Preparation
Please N.B.: One garments from the same batch, size and colour must be retain as an original for comparison purposes.
Lay the garments flat, and without any tension on a table
Mark the measurement points in length and width direction according to the article description
Record the measurements between the benchmarks according to the article description before washsing.
Test Procedure by Automatic Washing Machine
Washs the garments in a European (Miele) Washsing Mc or Wascator being adjusted to an European washsing mc
If the specimen is being sold in the US region washs the specimen in a Top Load Kenmore washsing mc
Use the washsing temperature and cycle as specified in the care label of the garments.
N.B.: Garmentss of different colours/styles must not be washsed in the same washs load. It is preferable to washs only one garments at a time
For Washsing:
Using Front Load Mc
Add 50g of standard ECE detergent or washsing detergent for pre-washsing cycle and 50g for main -cycle. Add the garments and ballast. Remove the test washs load immediately after the final spin cycle and hang each garments on a hanger.
Using Top Load Mc
Add sufficient standard household detergent (e.g. Tide, Persil, Ariel) measuring 2 gram for every litre of water.
Example: for a washs with 48 litres of water add 96gm. detergent.
Add enough ballast to make a 2.0 kg ± .1kg load.
Please N.B.: Use only clean ballast that is free from Optical Brightening agents. Soiled or heavily stained ballast must not be used.
For Drying:
For Europe orders, allow the garments to dry on hangers in still air at room temperature.
For USA orders, tumble dry the garments according to the care label.
After drying the garmentss lay each of them without tension on a flat, horizontal table. Measure and record the distance between the benchmarks.
For tumble dried garmentss allow to cool back to room temperature before re measuring
Shrinkage Evaluation after 3 times washsing and 3 times (Line / Tumble) Drying:
Measurement before Washs – Measurement after Washsing
————————————————————- X 100 = shrinkage in %
Measurement before Washsing
less than 100% = shrinkage (N.B. this with ‘ – ‘ sign )
more than 100% = extension (N.B. this with ‘+’ sign )
Outside Assessment
Check the garments carefully after washsing / drying and N.B. the following:
shade changed in comparison to an original untested garments
cross staining
changed in surface characteristics eg: pilling (fuzziness), assess the outside of the garments as well as the inside
side seam twist
seam crinkling (pucker)
changed in outside and shade any of embroidery / print or motifs
changed in outside of labels
Test Reports ofFully Automatic Washing Machine
Using the autogarments Group standard reports format:
Reports the average changed in dimension of the length and width directions. Use a positive sign to indicate an increase in length and a negative sign to indicate a decrease in length. Quote the results to nearest 0.1%
Test Standard
Minimum Requirements
Line Dry
KNITS WOVEN RIB RIB
All Knit Fabric All Woven Fabric (Body Fabric) (Body Fabric)
Construction Construction Without Elastane Elastane
Fabric Properties
Content
Standard
(Length X Width)
Standard
(Length X Width)
Standard
(Length X Width)
Standard
(Length X Width)
100% Natural
Fibres
100% Natural
(± 5%) X (± 5%)
Maximum
(± 3%) X (± 3%)
Maximum
(+3/-5%)
X (+0/-5%)
Maximum
(+0/-5%)
X (+0/-5%)
Maximum
Blends:
(Chief Value
Natural)
> 50% Natural
(± 5%) X (± 5%)
Maximum
(± 3%) X (± 3%)
Maximum
(+0/-5%)
X (+0/-5%)
Maximum
(+0/-5%)
X (+0/-5%)
Maximum
100% Synthetic
100% Synthetic
(± 3%) X (± 3%)
Maximum
(± 2%) X (± 2%)
Maximum
(+0/-3%)
X(+0/-3%)
Maximum
(+0/-3%)
X (+0/-3%)
Maximum
Blends:
(Chief Value
Synthetic)
> 50% Synthetic
(± 3%) X (± 3%)
Maximum
(± 2%) X (± 2%)
Maximum
(+0/-3%)
X (+0/-3%)
Maximum
(+0/-3%)
X (+0/-3%)
Maximum
Ribs
Used as Trim
N/A
(+0/-8%) X (+0/ -8%)
Maximum
N/A
N/A
Test Standard
Minimum Requirements
Tumble Dry
KNIT WOVEN RIB RIB
All Knit Fabric All Woven Fabric (Body Fabric) (Body Fabric)
Construction Construction Without Elastane Elastane
Wascator washing machine is special type of Lab Washer-extractor. Standard wascator washing machine. Microprocessor controlled up to 999 wascator washing machine and drying programme can be designed as requirement, input through the keypad and stored in memory. The unit of wascator is programmed as standard with BS, ISO, and IWS test programme. Automatic Soap Dispenser, for multiple wascator washing machine cycles without intervention. Makeweights, stability templates and rules, reference detergents agents & conditioners also available, see following specifications.
Program List of Wascator Washing Machine
Level Check/Control
Temperature Check/Control
Start-up Program
BSEN ISO 26330/2A
BSEN ISO 26330/3A
BSEN ISO 26330/6A
BSEN ISO 26330/7A
BSEN ISO 26330/8A
BSEN ISO 26330/Handwash
11) EN ISO 6330/1A
EN ISO 6330/2A
EN ISO 6330/3A
EN ISO 6330/4A
EN ISO 6330/5A
EN ISO 6330/6A
EN ISO 6330/7A
EN ISO 6330/8A
EN ISO 6330/9A
21) 1984 ISO 6330/1A
1984 ISO 6330/2A
1984 ISO 6330/3A
1984 ISO 6330/4A
1984 ISO 6330/5A
1984 ISO 6330/6A
1984 ISO 6330/7A
1984 ISO 6330/8A
1984 ISO 6330/9A
1984 ISO 6330/Handwash
Program Details of Wascator Washing Machine
Program no. (04) BSEN ISO 26330/2A Total Program Time 68 min
Temperature: 600C
Mainwash 01 Fill Time 30 sec Temperature 200C(Normal)
Mainwash 01 Washing Time 30 sec Temperature 200C(Normal)
Mainwash 02 Fill C Temperature 400C
Mainwash 02 Heating Time 900 sec Temperature 400C
Mainwash 02 Washing Temperature 400C
Mainwash 03 Fill C Temperature 400C
Mainwash 03 Heating Time 900 sec Temperature 600C
Mainwash 03 Washing Temperature 600C
Drain 01 Time 60 sec Temperature Normal
Rinse 01 Fill C Temperature Normal
Time 180 sec
Rinse 01 Washing Temperature Normal
Drain 02 Time 60 sec Temperature Normal
Rinse 02 Fill C Temperature Normal
Time 180 sec
Rinse 02 Washing Temperature Normal
Drain 03 Time 60 sec Temperature Normal
Rinse 03 Fill C Temperature Normal
Time 120 sec
Rinse 03 Washing Temperature Normal
Drain 04 Time 60 sec Temperature Normal
Rinse 04 Fill C Temperature Normal
Time 120 sec
Rinse 04 Washing Temperature Normal
Dain 05 Time 60 sec Temperature Normal
Extraction 01 Low Speed Time 300 sec ———————–
Program no. (05) BSEN ISO 26330/3A Total Program Time 60 min
Temperature: 600C
Mainwash 01 Fill Time 30 sec Temperature 200C(Normal)
Mainwash 01 Washing Time 30 sec Temperature 200C(Normal)
Mainwash 02 Fill C Temperature 400C
Mainwash 02 Heating Time 900 sec Temperature 400C
Mainwash 02 Washing Temperature 400C
Mainwash 03 Fill C Temperature 600C
Mainwash 03 Heating Time 900 sec Temperature 600C
Mainwash 03 Washing Temperature 600C
Drain 01 Time 60 sec Temperature Normal
Rinse 01 Fill C Temperature Normal
Time 180 sec
Rinse 01 Washing Temperature Normal
Drain 02 Time 60 sec Temperature Normal
Rinse 02 Fill C Temperature Normal
Time 120 sec
Rinse 02 Washing Temperature Normal
Drain 03 Time 60 sec Temperature Normal
Rinse 03 Fill C Temperature Normal
Time 120 sec
Rinse 03 Washing Temperature Normal
Drain 04 Time 60 sec Temperature Normal
Extraction 01 Low Speed Time 120 sec ———————-
Program no. (06) BSEN ISO 26330/6A Total Program Time 40 min
Temperature: 400C
Mainwash 01 Fill Time 30 sec Temperature 200C(Normal)
Minwash 01 Washing Time 30 sec Temperature 200C(Normal)
Mainwash 02 Fill Time 30 sec Temperature 200C(Normal)
Manwash 02 Heating Time 30 sec Temperature 400C
Mainwash 02 Washing Time 30 sec Temperature 400C
Mainwash 03 Fill Temperature 400C
Time 900 sec
Mainwash 03 Washing Temperature 400C
Drain 01 Time 60 sec Temperature Normal
Rinse 01 Fill C Temperature Normal
Time 180 sec
Rinse 01 Washing Temperature Normal
Drain 02 Time 60 sec Temperature Normal
Rinse 02 Fill C Temperature Normal
Time 120 sec
Rinse 02 Washing Temperature Normal
Drain 03 Time 60 sec Temperature Normal
Rinse 03 Fill C Temperature Normal
Time 120 sec
Rinse 03 Washing Temperature Normal
Drain 04 Time 60 sec Temperature Normal
Extraction 01 Low Speed Time 120 sec ———————–
Program no. (07) BSEN ISO 26330/7A Total Program Time 35 min
Temperature: 400C
Mainwash 01 Fill Time 30 sec Temperature 200C(Normal)
Mainwash 01 Washing Time 30 sec Temperature 200C(Normal)
Mainwash 02 Fill C Time 30 sec Temperature 400C
Mainwash 02 Heating Time 30 sec Temperature 400C
Mainwash 02 Washing Time 30 sec Temperature 400C
Mainwash 03 Fill C Temperature 400C
Mainwash 03 Heating Time 180 sec Temperature 400C
Mainwash 03 Washing Temperature 400C
Drain 01 Time 60 sec Temperature Normal
Rinse 01 Fill C Temperature Normal
Time 180 sec
Rinse 01 Washing Temperature Normal
Drain 02 Time 60 sec Temperature Normal
Rinse 02 Fill C Temperature Normal
Time 180 sec
Rinse 02 Washing Temperature Normal
Drain 03 Time 60 sec Temperature Normal
Extrction 01 Low Speed Time 60 sec ———————–
Rinse 03 Fill C Temperature Normal
Time 120 sec
Rinse 03 Washing Temperature Normal
Drain 04 Time 60 sec Temperature Normal
Extraction 01 Low Speed Time 120 sec ———————–
Program no. (08) BSEN ISO 26330/8A Total Program Time 25 min
Temperature: 300C
Mainwash 01 Fill Time 30 sec Temperature 200C(Normal)
Mainwash 01 Washing Time 30 sec Temperature 200C(Normal)
Mainwash 02 Fill C Time 30 sec Temperature 300C
Mainwash 02 Washing Time 30 sec Temperature 300C
Mainwash 03 Fill C Temperature 300C
Time 180 sec
Mainwash 03 Washing Temperature 300C
Drain 01 Time 60 sec Temperature Normal
Rinse 01 Fill C Temperature Normal
Time 180 sec
Rinse 01 Washing Temperature Normal
Drain 02 Time 60 sec Temperature Normal
Rinse 02 Fill C Temperature Normal
Time 180 sec
Rinse 02 Washing Temperature Normal
Drain 03 Time 60 sec Temperature Normal
Rinse 03 Fill C Temperature Normal
Time 120 sec
Rinse 03 Washing Temperature Normal
Drain 04 Time 60 sec Temperature Normal
Extraction 01 Low Speed Time 120 sec ————–
Program no. (14) EN ISO 6330/4A Total Program Time 57 min
Temperature: 400C
Mainwash 01 Fill Time 30 sec Temperature 200C(Normal)
Mainwash 01 Washing Time 30 sec Temperature 200C(Normal)
Mainwash 02 Fill C Temperature 400C
Mainwash 02 Heating Time 900 sec Temperature 400C
Mainwash 02 Washing Temperature 400C
Mainwash 03 Fill C Temperature 400C
Mainwash 03 Heating Time 900 sec Temperature 400C
Mainwash 03 Washing Temperature 400C
Drain 01 Time 60 sec Temperature Normal
Rinse 01 Fill C Temperature Normal
Time 180 sec
Rinse 01 Washing Temperature Normal
Drain 02 Time 60 sec Temperature Normal
Rinse 02 Fill C Temperature Normal
Time 120 sec
Rinse 02 Washing Temperature Normal
Drain 03 Time 60 sec Temperature Normal
Rinse 03 Fill C Temperature Normal
Time 120 sec
Rinse 03 Washing Temperature Normal
Drain 04 Time 60 sec Temperature Normal
Extraction 01 Low Speed Time 120 sec wascator washing machine
