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ECI-850
ECI
Model | ECI-850 |
Sheet material | PP PET PS PVC HIPS ABS |
Sheet thickness | 0.3-2.5mm |
Sheet Width | 400-850mm |
Max.Forming area | 850*650mm |
Maximun forming depth of upper die | 150mm |
Maximun forming depth of under die | 130mm |
Sheet speed | 15-40 Strokes/min |
Heating rated power | 180Kw |
Upper path height | 180Kw |
Lower power molding | 150KW |
Mold height | 450-550mm |
Punching up power | 150Kw |
Punching down power | 150KW |
Punching die power | 300-400mm |
Servo power on molding | 7.5Kw |
Servo power under molding | 5.5KW |
Punching servo power | 7.5KW |
Punching servo power | 5.5KW |
Tensile servo | 5Kw |
Feed servo | 5.5KW |
Stacking servo | 2KW |
Winding motor | 3Kw |
Air pressure | 0.5-0.8Mpa |
Voltage | 380V 50Hz |
Total power | 200Kw |
Dimension | L14m*W2.4m*H2.8m |
Weight | 18T |
Model | ECI-850 |
Sheet material | PP PET PS PVC HIPS ABS |
Sheet thickness | 0.3-2.5mm |
Sheet Width | 400-850mm |
Max.Forming area | 850*650mm |
Maximun forming depth of upper die | 150mm |
Maximun forming depth of under die | 130mm |
Sheet speed | 15-40 Strokes/min |
Heating rated power | 180Kw |
Upper path height | 180Kw |
Lower power molding | 150KW |
Mold height | 450-550mm |
Punching up power | 150Kw |
Punching down power | 150KW |
Punching die power | 300-400mm |
Servo power on molding | 7.5Kw |
Servo power under molding | 5.5KW |
Punching servo power | 7.5KW |
Punching servo power | 5.5KW |
Tensile servo | 5Kw |
Feed servo | 5.5KW |
Stacking servo | 2KW |
Winding motor | 3Kw |
Air pressure | 0.5-0.8Mpa |
Voltage | 380V 50Hz |
Total power | 200Kw |
Dimension | L14m*W2.4m*H2.8m |
Weight | 18T |
1. In order to make sure secure and correct mildew installation, the mildew set up mode guided via the column is adopted. This set up approach now not solely realizes the correct positioning and steady fixing of the mold, however additionally correctly improves the adaptation accuracy and balance of the cup making computer mold. The hydraulic gadget controls the operation of the abrasive device and precisely controls the motion of the mould to make sure that the first-class of the produced cup making merchandise meets the requirements
2. The lifting of abrasive equipment is typically managed by means of the hydraulic system, which sends hydraulic oil into the hydraulic cylinder via the hydraulic pump, and the hydraulic cylinder is pushed with the aid of the motion of hydraulic oil, as a consequence riding the abrasive equipment to lift. The hydraulic device can grant a massive lifting force, and the lifting pace and role of the grinding device can be precisely managed by means of controlling the hydraulic valve
3. The heating oven is divided into 14 zones and 10 rows in the higher furnace, and thirteen zones and 10 rows in the decrease furnace
4. The heater makes use of embedded ceramic far-infrared radiation components, which can shortly produce far-infrared radiation, enhance heating efficiency, reap uniform heating, no neighborhood overheating or uneven temperature, and decrease electricity consumption.The ceramic a long way infrared radiation module has excessive security and reduces the security hazard in the baking process.
5. The feeding section adopts the way of frequency conversion motor conveying pieces, which can grant correct and steady conveying length, and the cooling water can enhance the cooling effectivity and keep water. At the equal time, the internal cowl and information rail made of stainless plate and die metal are nitrided to supply excessive hardness and lengthy life.
6. PLC manage system, excessive flexibility, reliability, convenient to hold and programming, bendy manipulate of the speed, size and different parameters of the conveyor, and can be built-in into the computerized manipulate gadget of the complete manufacturing line to obtain environment friendly manufacturing administration and monitoring. PLC can additionally talk with different gear and structures to attain facts sharing and records evaluation to enhance manufacturing effectivity and quality.
1. In order to make sure secure and correct mildew installation, the mildew set up mode guided via the column is adopted. This set up approach now not solely realizes the correct positioning and steady fixing of the mold, however additionally correctly improves the adaptation accuracy and balance of the cup making computer mold. The hydraulic gadget controls the operation of the abrasive device and precisely controls the motion of the mould to make sure that the first-class of the produced cup making merchandise meets the requirements
2. The lifting of abrasive equipment is typically managed by means of the hydraulic system, which sends hydraulic oil into the hydraulic cylinder via the hydraulic pump, and the hydraulic cylinder is pushed with the aid of the motion of hydraulic oil, as a consequence riding the abrasive equipment to lift. The hydraulic device can grant a massive lifting force, and the lifting pace and role of the grinding device can be precisely managed by means of controlling the hydraulic valve
3. The heating oven is divided into 14 zones and 10 rows in the higher furnace, and thirteen zones and 10 rows in the decrease furnace
4. The heater makes use of embedded ceramic far-infrared radiation components, which can shortly produce far-infrared radiation, enhance heating efficiency, reap uniform heating, no neighborhood overheating or uneven temperature, and decrease electricity consumption.The ceramic a long way infrared radiation module has excessive security and reduces the security hazard in the baking process.
5. The feeding section adopts the way of frequency conversion motor conveying pieces, which can grant correct and steady conveying length, and the cooling water can enhance the cooling effectivity and keep water. At the equal time, the internal cowl and information rail made of stainless plate and die metal are nitrided to supply excessive hardness and lengthy life.
6. PLC manage system, excessive flexibility, reliability, convenient to hold and programming, bendy manipulate of the speed, size and different parameters of the conveyor, and can be built-in into the computerized manipulate gadget of the complete manufacturing line to obtain environment friendly manufacturing administration and monitoring. PLC can additionally talk with different gear and structures to attain facts sharing and records evaluation to enhance manufacturing effectivity and quality.
A cup making computer is a system used to make a number sorts of beverage cups, and its software situations include:
1.Catering industry: Cup making computing device can be used in restaurants, espresso shops, quickly meals eating places and different places, used to make espresso cups, milk tea cups, juice cups and different drink cups.
2.Drink shop: Cup making desktop can be used in milk tea shops, juice shops, ice cream retail outlets and different places, used to make a range of drink cups, enhance manufacturing efficiency.
3.Event site: The cup making computer can be used for more than a few events, such as exhibitions, temple fairs, tune festivals, etc., to supply on-site beverage cups for participants.
4.Hotel and ceremonial dinner venues: The cup making computing device can be used in the hotel's cafeteria, feast corridor and different locations to grant visitors with on-site beverage cups.
5.Supermarkets and comfort stores: Cup making machines can be used in supermarkets and comfort shops to grant clients with on-site beverage cups, growing product range and sales.
A cup making computer is a system used to make a number sorts of beverage cups, and its software situations include:
1.Catering industry: Cup making computing device can be used in restaurants, espresso shops, quickly meals eating places and different places, used to make espresso cups, milk tea cups, juice cups and different drink cups.
2.Drink shop: Cup making desktop can be used in milk tea shops, juice shops, ice cream retail outlets and different places, used to make a range of drink cups, enhance manufacturing efficiency.
3.Event site: The cup making computer can be used for more than a few events, such as exhibitions, temple fairs, tune festivals, etc., to supply on-site beverage cups for participants.
4.Hotel and ceremonial dinner venues: The cup making computing device can be used in the hotel's cafeteria, feast corridor and different locations to grant visitors with on-site beverage cups.
5.Supermarkets and comfort stores: Cup making machines can be used in supermarkets and comfort shops to grant clients with on-site beverage cups, growing product range and sales.
When running the machine, the operator desires to strictly abide with the aid of the running strategies and protected operation regulations. The operation steps of the computing device are as follows:
1. Put the desktop on a flat workbench and flip on the power
2. Check whether or not the automobile desktop is in regular operation, easy and disinfect
3. Prepare the required ingredients
4. Set cup size, temperature, power and other parameters
5. Turn on the strength swap and wait for the product output
6. Test the excellent of the product
7. Turn off the strength after the work, and easy the interior residue of the desktop
When running the machine, the operator desires to strictly abide with the aid of the running strategies and protected operation regulations. The operation steps of the computing device are as follows:
1. Put the desktop on a flat workbench and flip on the power
2. Check whether or not the automobile desktop is in regular operation, easy and disinfect
3. Prepare the required ingredients
4. Set cup size, temperature, power and other parameters
5. Turn on the strength swap and wait for the product output
6. Test the excellent of the product
7. Turn off the strength after the work, and easy the interior residue of the desktop