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Our machine can produce flake ice with 1.0~2.5mm thickness, 10~45mm diameter, has excellent refrigeration effect and rapid cooling capacity. Also can customize your demand, contact us Now!
Flake ice machines are versatile and find application in various industries due to the unique characteristics of the ice they produce. Such as:Food and Beverage Industry, Medical and Healthcare, Commercial Fishing, Supermarkets and Grocery Stores, Hospitality Industry, Chemical and Petrochemical Industry, Concrete Cooling, Mining Industry, Dairy Industry, Banquet Halls and Event Catering, Horticulture,etc. The produced ice can keep the items fresh and appropriate usage.
Superior Flake Ice Machine Manufacturer
Fishing
Seafood
Food Processing
Meat Processing
Vegetable Preservation
Pharmaceutical
Cold Room
Concrete Cooling
| Fault | Reason | Troubleshooting |
|---|---|---|
| No Ice Production | Power issues, water supply problems,malfunctioning components. | 1. Check power supply and connections. |
| 2. Ensure water supply is adequate and not blocked. | ||
| 3. Inspect the water inlet valve for any issues. | ||
| 4. Examine the evaporator and condenser for damage. | ||
| Insufficient Ice | Low water flow, issues with temperature settings, refrigerant problems. | 1. Check and clean the water filter. |
| 2. Adjust temperature settings if necessary. | ||
| 3. Verify refrigerant levels and recharge if needed. | ||
| 4. Ensure the water pump is functioning correctly. | ||
| Ice Quality Issues | Dirty water, mineral buildup, problems with water filtration. | 1. Clean the ice machine thoroughly. |
| 2. Replace water filters regularly. | ||
| 3. Inspect the water supply for impurities. | ||
| 4. Adjust water hardness settings if applicable. | ||
| Excessive Noise | Loose or damaged components, issues with the compressor. | 1. Tighten loose components. |
| 2. Check for any foreign objects causing noise. | ||
| 3. Inspect the compressor for issues. | ||
| 4. Lubricate moving parts if necessary. | ||
| Leaking Water | Clogged drain, damaged water lines, issues with the water inlet valve. | 1. Clear any debris from the drain. |
| 2. Check water lines for leaks and replace if needed. | ||
| 3. Inspect the water inlet valve for damage. | ||
| 4. Ensure proper water pressure. | ||
| Display/Control Issues | Electronic malfunctions, sensor problems. | 1. Check power to the control panel. |
| 2. Calibrate or replace malfunctioning sensors. | ||
| 3. Reset the control panel if applicable. | ||
| 4. Update firmware/software if available. | ||
| Ice Overproduction | Malfunctioning control, faulty sensors. | 1. Check and recalibrate the control system. |
| 2. Inspect and replace malfunctioning sensors. | ||
| 3. Ensure the ice machine is set to the correct production. | ||
| 4. Check for any obstructions in the ice production path. | ||
| Ice Melting Prematurely | High ambient temperature, faulty thermostat. | 1. Check and adjust the thermostat settings. |
| 2. Ensure the ice storage area is properly insulated. | ||
| 3. Check for ventilation issues in the machine’s location. | ||
| 4. Verify that the condenser is clean and functioning well. | ||
| Ice Machine Overheating | High ambient temperature, poor ventilation, malfunctioning condenser fan. | 1. Improve ventilation in the ice machine’s location. |
| 2. Clean the condenser coils regularly. | ||
| 3. Check and replace a faulty condenser fan. | ||
| 4. Reduce the workload if the machine is constantly running. | ||
| Ice Machine Won’t Turn On | Power supply issues, faulty control board, damaged wiring. | 1. Check power supply and connections. |
| 2. Inspect and replace a malfunctioning control board. | ||
| 3. Examine the power cord and wiring for any damage. | ||
| 4. Test and replace a defective on/off switch if necessary. | ||
| Ice Machine Freezes Up | Refrigerant issues, low ambient temperature, malfunctioning thermostat. | 1. Verify and adjust the refrigerant levels. |
| 2. Ensure the ambient temperature is within the specified range. | ||
| 3. Replace a faulty thermostat. | ||
| 4. Regularly clean the evaporator coils. | ||
| Uneven Ice Production | Uneven water distribution, faulty water pump, issues with the water level sensor. | 1. Check for clogs or restrictions in water distribution. |
| 2. Ensure the water pump is distributing water evenly. | ||
| 3. Calibrate or replace the water level sensor. | ||
| 4. Verify the water inlet valve is functioning properly. |
1) Site Preparation
Choose a well-ventilated location with adequate space around the machine. Ensure proper drainage and accessibility for maintenance.
2) Electrical Connections
Follow the manufacturer’s guidelines for electrical requirements. Install a dedicated circuit and connect the machine to a power source with the appropriate voltage.
3) Water Supply Connection
Connect the ice machine to a clean and filtered water supply. Install a shut-off valve and a water filter to prevent impurities that can affect ice quality.
Installation Diagram
4) Drain Installation
Connect the drain line to a suitable drainage point. Make sure the drain line is properly sloped to allow efficient drainage and prevent water accumulation.
5) Leveling the Machine
Use a level to ensure the machine is perfectly level. Adjust the machine’s feet to achieve proper leveling. This is crucial for the proper operation of the ice machine.
6) Airflow Considerations
Ensure that the ice machine has sufficient airflow. Allow enough space around the machine to facilitate proper ventilation and heat dissipation.
Component Structure
7) Ice Bin Installation (if separate)
If the ice machine has a separate ice bin, install it according to the manufacturer’s instructions. Make sure it is level and securely attached to the ice machine.
1) Initial Power-Up
Turn on the power to the ice machine. Allow it to go through its startup sequence. Check for any error codes or alarms on the control panel.
2) Water Flow Check
Verify that water is flowing correctly through the water system. Check for leaks and ensure proper water circulation.
3) Refrigeration System Check
Monitor the refrigeration system. Listen for any unusual noises and check for proper temperature reduction in the evaporator.
4) Ice Thickness Adjustment
If applicable, adjust the ice thickness setting according to the manufacturer’s recommendations. This ensures that the ice produced meets desired specifications.
Drum Section View
5) Initial Cleaning Cycle
Run the initial cleaning cycle as recommended by the manufacturer. This ensures that any residues from the manufacturing process are removed.
6) Ice Production Test
Allow the machine to produce its first batch of ice. Check the quality and size of the ice produced. Ensure it meets the specified requirements.
7) Monitoring
Continuously monitor the machine for the first few hours of operation. Check for any irregularities, leaks, or issues that may arise during the initial production cycles.
Blade ( SS316 Material )
8) User Training
If applicable, provide training to users or operators. This includes instructions on daily operation, cleaning procedures, and basic troubleshooting.
9) Follow-up Inspection
Conduct a follow-up inspection after the initial operation period to ensure everything is functioning as expected. Address any issues that may have arisen.
#1. Plate Bending
#2. Full Automatic Welding
#3. Vertical Lathe
#4. Annealing
#5. Evaporator Internal Grinding
#6. Acid Washing
#7. Testing
#8. Assembling
#9. Finished Product
| Model | CNSW-0.5T | CNSW-1T | CNSW-1.5T | CNSW-2T | CNSW-3T |
|---|---|---|---|---|---|
| ice making capacity (Kg/24h) | 500 | 1000 | 1500 | 2000 | 3000 |
| Ice storage capacity (Kg) | 300 | 650 | 900 | 1300 | 2000 |
| Cooling capacity (Kcal/h) | 2,801 | 5,603 | 8,405 | 11,206 | 16,810 |
| Compressor power (HP) | 3 | 5 | 8 | 10 | 15 |
| Compressor brand | Danfoss/Copeland | Danfoss/Copeland | Danfoss/Copeland | Danfoss/Copeland | Danfoss/Copeland |
| Compressor Type | Scroll | Scroll | Scroll | Scroll | Scroll |
| Evaporating Temperature | -22℃ | -22℃ | -22℃ | -22℃ | -22℃ |
| Condensing Temperature | 40℃ | 40℃ | 40℃ | 40℃ | 40℃ |
| Refrigerant | R404/R290 | R404/R290 | R404/R290 | R404/R290 | R404/R290 |
| Compressor input power (Kw) | 2.25 | 3.75 | 6 | 7.5 | 11.25 |
| Reducer power (Kw) | 0.25 | 0.25 | 0.25 | 0.37 | 0.37 |
| Circulation pump power (Kw) | 0.12 | 0.12 | 0.12 | 0.12 | 0.12 |
| Total power (Kw) | 2.65 | 4.15 | 6.6 | 8.1 | 11.95 |
| Flake thickness (mm) | 1.5-2.5 | 1.5-2.5 | 1.5-2.5 | 1.5-2.5 | 1.5-2.5 |
| Cooling way | Air cooling/Water cooling | Air cooling/Water cooling | Air cooling/Water cooling | Air cooling/Water cooling | Air cooling/Water cooling |
| Power supply | 1ph 220V/50Hz | 3ph 380V/50Hz | 3ph 380V/50Hz | 3ph 380V/50Hz | 3ph 380V/50Hz |
| Water temperature | 18℃ | 18℃ | 18℃ | 18℃ | 18℃ |
| Ice Temperature | -6℃ | -6℃ | -6℃ | -6℃ | -6℃ |
| Running noise（dB） | <40 | <43 | <43 | <45 | <46 |
| Falling ice diameter (mm) | 390 | 390 | 390 | 450 | 450 |
| Net weight (Kg) | 220 | 253 | 275 | 397 | 450 |
| Length (mm) | 1185 | 1240 | 1240 | 1450 | 1750 |
| Width (mm) | 1690 | 920 | 920 | 1050 | 1085 |
| Height (mm) | 660 | 810 | 890 | 1090 | 1190 |
#1.Branded Compressor
The compressor is the heart of ice machine, we normally use Copeland/Bitzer/Danfoss/Sanyo compressor, and choosing a renowned brand brings forth several advantages.
1) Reliability and Durability
Our flake ice machines use compressors known for their reliability and robust construction. This ensures consistent performance over the long term, minimizing downtime and maintenance costs.
2) Energy Efficiency
The use of a leading compressor brand reflects a commitment to energy efficiency. These compressors will operate optimally, ensuring the ice-making process is not only reliable but also energy-efficient.
#2.Vertical Evaporator
1) Efficient Ice Formation
The vertical evaporator design facilitates efficient ice formation. It ensures that water is evenly distributed over a larger surface area, promoting a faster and more uniform freezing process.
2) Enhanced Heat Exchange
Vertical evaporators optimize heat exchange during the ice-making process. The design allows for better contact between the refrigerant and the water, resulting in quicker and more effective cooling.
3) Consistent Flake Size
Flake ice produced in a machine with a vertical evaporator tends to have a more consistent size and thickness. This ensures uniformity in the ice produced, meeting the specific needs of various industries and applications.
#3.Intelligent Control
1) Real-time Monitoring and Alerts
The intelligent control system offers real-time monitoring of key metrics such as ice production rates, water levels, and machine status. Operators receive instant alerts in case of any irregularities, enabling proactive maintenance and issue resolution.
2) Customized Programming
The system allows for customizable programming to meet specific requirements. Users can set ice production schedules, adjust thickness settings, and tailor the machine’s operation to suit the needs of different applications.
3) User-friendly Interface
The control interface is designed to be user-friendly, making it easy for operators to set parameters, monitor performance, and access diagnostic information. This ensures that even users without extensive technical knowledge can operate the machine efficiently.
#4.Thicken PU Inslation
Use 6cm PU panel insulation layer, and thicken SS304 materials cover, can store 4 days ice no melting.
1) Reduced Energy Consumption
Improved insulation means that the machine operates with reduced reliance on continuous cooling cycles. This results in lower energy consumption, contributing to operational cost savings and aligning with sustainability goals.
2) Extended Storage Time
Thicker PU insulation extends the time ice can be stored without compromising its quality. This is particularly beneficial in scenarios where the ice needs to be stored before use, providing flexibility in operational workflows.
3) Noise Reduction
Thicker insulation has the added benefit of reducing noise levels. It acts as a sound buffer, dampening the operational noise of the machine. This is particularly advantageous in environments where noise reduction is a priority.
#5. Automatic Ice Production
1) Time Efficiency
Automation significantly reduces the time required for ice production. The machine operates seamlessly, ensuring a continuous and efficient flow of flake ice without constant monitoring.
2) Labor Savings
With automatic ice production, there is a reduction in the need for constant manual oversight. This leads to labor savings, allowing operators to allocate resources more efficiently within the facility.
#6. After-sale Service
1) 24/7 Technical Support
Emergencies don’t follow a 9-to-5 schedule. That’s why our technical support is available 24/7, providing peace of mind to our customers that help is readily available whenever it’s needed.
2) Remote Diagnostics
Our advanced systems allow for remote diagnostics. In many cases, our support team can identify and resolve issues remotely, minimizing downtime and ensuring a swift resolution to problems.
3) On-site Maintenance and Repairs
For issues that require on-site attention, our service team can handle maintenance and repairs efficiently. We strive to minimize disruptions to your operations and get your flake ice machine back to optimal performance quickly.
Frequently Asked Questions About Flake Ice Machine
Common types include cube ice machines, flake ice machines, nugget ice machines, commercial ice machine, tube ice machine, ice block machine, dry ice machine, and specialty ice machines for various shapes and sizes.
Speedway is committed to quality across all aspects of our business – our people, processes and products. We call this ‘the SPEEDWAY standard’.
Ice machines typically work by pumping water to an ice tray, where it freezes. The ice is then released and collected in a storage bin. The process involves a refrigeration cycle and, in the case of flake ice machines, a mechanism to scrape or break the ice into flakes.
We welcome any sample order before big quantity purchase, that means 1pc is acceptable. For mass order quantity is 10pcs each model.
Regular cleaning is crucial. For most machines, a thorough cleaning every six months is recommended. However, the frequency can vary based on usage and water quality. Follow the manufacturer’s guidelines.
We have own factory to produce the main types ice machines, but we also do trading for other related products because we have resource to supply good quality and service.
Cloudy ice can be due to impurities in the water, inadequate filtration, or improper cleaning of components. Ensure that you’re using filtered water and regularly clean the machine as per the manufacturer’s instructions.
Yes,we have 5 senior engineers, 13 professional r & D team, 65 professional production personnel.
It’s not recommended. Tap water may contain impurities that affect the taste and clarity of the ice. Using filtered or purified water is advisable.
We support payment through wire transfer, like T/T, L/C, Western Union. Also accpet Paypal payment for sample piece order.
For sure. You can send us your logo, package, design, technical specification, we will give you the final satisfied solution accordingly without additional cost !
Ensure proper ventilation, regular cleaning, and maintenance. Consider machines with energy-saving features, and adhere to recommended operating temperatures.
Yes, we did. Our factory has inner 100% inspection for each unit before loading, also can make the legal test report for each shippment. What’s more, can invite SGS / TUV / BV inspection according clients’ request, but customers should pay for the test fee.
First, we need starting the business to understand each other, if things move smoothly and you meet our “distributor request”, then we will sign the formal contract and agreement to ensure your rights in your market.
Contact our salesman for more details please.
Regularly clean and sanitize the machine, especially the ice bin. Use approved cleaning solutions and follow the manufacturer’s recommendations.
The lifespan of the ice machine can vary depending on factors such as maintenance, usage, and environmental conditions. On average, a well-maintained ice machine can last 12~15 years or more.
Yes, but it should be done carefully. Follow the manufacturer’s guidelines for transportation, and ensure the machine is properly leveled and connected after moving.
Ensure optimal water flow, maintain proper temperature settings, and regularly clean the machine. If needed, consult with the manufacturer or a technician for adjustments.
It depends on the machine. Some are designed for outdoor use, while others are meant for controlled indoor environments. Check the specifications in the user manual.
Regular cleaning of the ice bin, checking and replacing water filters, and ensuring proper ventilation are tasks that users can perform. However, for more complex issues, professional assistance is recommended.
Partner with us to increase your brand reputation, get an impressive experience for your clients to remember you lifelong, and help you stand out in the competitive market !
Email:
sales@cn-beyond.com
cn-beyond@hotmail.com
