Straight &corner connector assembly machine automatic assembler for plastic parts

 I. Introduction on automatic assembly machine
Please read this manual fully before operating this equipment and save this manual for
future use!

If you find that the problem cannot be solved during use, please promptly notify our
after-sales service personnel according to the contact address and phone number on the cover;

The company has the right to improve the appearance and structure of this machine!
IMPORTANT WARNINGS AND DANGER PRECAUTIONS
1.Pay attention to the technical parameters of this machine, especially the environmental
conditions that must meet the requirements.
2. The operators of this machine must undergo strict training.
3. Installation and fault inspection must be carried out by professionals.
4. Before installation, check whether all components are complete and the data is complete.
5. The safety instructions of this machine must be strictly followed.
6. Before powering on, you must carefully check whether the installation and connections are correct.
7.Do not remove the safety grating while the machine is running.
8. Do not put your hands into the moving parts when the machine is running to avoid
pinching your fingers.
9. It is strictly prohibited to carry out mechanical disassembly and assembly when the
machine is not shut down. When disassembling the control box and transmission components,the power must be turned off.
10. Do not open the electrical control cabinet at will to improve the circuits and programs. If necessary, please notify the after-sales service department of the Company first.
11. When using this machine, the user must ensure that all moving and live parts of the machine will not cause accidents or personal injury or other dangers!
Technical specs:
1. Power: About 3KW
2. Voltage: AC230V±10%，600HZ ,
3. Air consumption 0.5-0.7MPA
4. Cycle: About 25pcs/min
5. Equipment size: L*W*H 3325mm*1207mm*1900mm, subject to actual measurements
6. Weight：About 500KG
7. Operator: One person
Preparations before Machine Startup

1. Make sure it is placed on a solid ground; Refer to the schematics above to connect together
each part of the machine.
2. Confirm that the power and air sources are connected to the equipment;
3. Confirm the air source pressure is 0.6-0.8Mpa;
4. There are no other foreign objects on the equipment table;
5. After completing the above steps, you can turn on the power and enter the system.
How to get the Machine Running.

1. First power on the machine

2. Switch on the air supply

3. The first thing we need to do is to Press the “Reset” button when we enter into the Home interface, make sure all stations are right in the home point(Long press for 30 seconds).

4. After reset, we can either press the green button or tap on Start button on the touch screen.

Common Problems Troubleshooting and Adjustments
1. Screws got stuck in the feeding nozzle, machine alarms and pauses! Here what we need to do is to open the machine door and manually clear the screws stuck in the feeding nozzle.
(There is a in built clamp in the feeding nozzle, we can press it open to take off the screws)

Next we need to tap on the “P1” button to make it gray, which means no screws for the infeed
as there we just took it out. (Kindly note from Station #1 to #3, we will see at which station
the machine we are having a problem with. Just find the indicator which does not light on) As picture below, we can the problem occurs in station 4#; previous 3 steps are already completed.

In this case, we need to loosen the limit screws (circled above) besides each rod, adjust the height of the each collar and make sure they are all on the same level.
1. Screw Infeed Failed. There is a case when a screw got stuck in the feeding nozzle while it
shows on the screen all screws are good for the infeed(We can see the P1, P2, P3 indicators are all green).

In this case, machine alarms and pauses. We need to first manually clear up the screws in the feeding nozzle and then cross off the P1,P2, P3 indicators on the touch panel.

Next go to the manual mode, manually tap on P1 Infeed, P2 Infeed, P3 Infeed, to repeat the infeed process, clear the alarms and start the machine again.

2. Here is the place where we can adjust how deep the screw should go into the plastic
molding parts. If we need it to go deeper, then lower the position of limit ring, vise versa, we can also rise up the position.

3. Box Packaging. Here is the place where you can set the Target output in each box and Max box QTY. And current box quantity.

Kindly note the machine will alarm when Max box QTY is completed, reminding us for box changing. Press “Pause” to clear it off when the full box is replaced with an empty one. (Box packaging interface test run as below)

Electric Schematics (See Separate file )

Safety operating procedures
1. All debris on the machine should be removed before use. Pay special attention to the
vicinity of moving parts, and do not place tools, cleaning cloths, etc.
2. Personnel must undergo training (especially safety training) before they can take up their
posts.
3. When the machine is running, if the operator finds any abnormality, he should press the
emergency stop switch in time.
4. Take adequate protective measures when necessary and do not allow any part of the body
or any object to come into contact with the moving parts of the machine, especially rotating
parts or some entrances. When contact is required for debugging, it should be carried out by
personnel who have received such training, but the operator must be notified in advance.
5. If you want to intervene in the adjustment, debugging or testing of the machine, you must
notify the operator in advance.
6. Emergency switch, before re-powering on, you must pay attention to whether the
surrounding environment (including personnel, equipment and transmission components) is
in a safe state, otherwise it cannot be powered on! !
7. When disassembling or cleaning the machine, the emergency stop switch must be pressed
to avoid misoperation. Any abnormal operations (including cleaning) are never allowed while
the machine is running.
8. When cleaning the equipment, be careful not to let water enter each electric control box or
box, as well as the power input and various electrical components, so as not to damage
components or endanger personal safety.
9. When performing maintenance on the machine, the main power supply should be turned off,
and a "No power on" warning sign should be hung on a conspicuous place on the machine.
10. Do not dismantle or change machine parts, especially safety protection parts, and protect
safety signs during operation.
11. When all operators leave the working area where the machine is located, the power should
be turned off to prevent idlers from turning it on randomly. Untrained and qualified personnel
are not allowed to operate the machine.
Tool Box Accessories
No. Spare Parts Size Unit QTY
1 Plastic tool box Middle size PCS 1
2 Allen wrench 1.5-10mm SET 1
3 screwdriver
Cross PCS 1
4 Adjustable wrench 8’’ PCS 1
5 Fuse 32A BOX 1
6 Magnetic switch PCS 5
7 Throttle valve Φ4 PCS 5
8 Throttle valve Φ6 PCS 5
9 Throttle valve 1 thread，Φ6 PCS 5

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Food packaging industry necessary equipment high purity gas Nitrogen generator equipment fully automatic

Our company's nitrogen machine uses compressed air as raw material and purifies, separates and extracts the compressed air through automated process procedures. There are compressed air purification equipment, PSA pressure swing adsorption air separation equipment, nitrogen nitrogen purification equipment, membrane separation air separation equipment, VPSA nitrogen production equipment,
There are six series of cryogenic air separation equipment and automated valves, with a total of more than 800 specifications and models.

Product name

Nitrogen generator Color
White/ Customised
Shape Skid-mounted
Purity 90%-99.9999%
Material
Carbon Steel
Technology PSA System
Application
General Industrial Fields
After-Sales Service Provided
Engineers available to service machinery overseas
Product Description on N2 generator equipment:

Process flow

System 1. Compressed air system

First, the raw air is compressed by an 18.5KW screw compressor with an outlet pressure of 0.8MPa and a gas production volume of 3.0m3/min, and then enters the compressed air purification system.

System 2. Low dew point purification system (skid-mounted integrated)

The compressed air first enters the gas-liquid separator to remove most of the liquid oil, water, and dust, and then enters the refrigerated dryer, which reduces the normal pressure dew point of the compressed air to about -40°C and removes a large amount of gas and liquid moisture. , and then filtered by three precision filters to ensure that the oil content is ≤ 0.001ppm and the dust content is ≤ 0.01μm. Finally, the clean compressed air enters the back-end PSA nitrogen generation system.

System 3. Nitrogen production system (skid-mounted integrated)

The clean compressed air is buffered by the air buffer tank and then enters two pressure swing adsorption separation towers filled with adsorbents (high-performance carbon molecular sieve and dehydrated molecular sieve, composite bed structure), that is, the nitrogen generator . The compressed air enters from the bottom of the adsorption tower. After the air flow is diffused through a special multi-stage stainless steel air diffuser, it enters the adsorption tower evenly for adsorption and separation of oxygen and nitrogen. Then oxygen flows out from the outlet end. This process is through pressure equalization and pressure reduction (to normal pressure) to remove the adsorbed impurity components (mainly O2 and CO2) in the adsorbent to complete the regeneration of the adsorbent. The two adsorption towers operate in alternating cycles, continuously feeding raw air, and continuously producing nitrogen.

The nitrogen from the nitrogen generator enters the CG-0.3/0.84 nitrogen buffer tank and the XSF-1 fine dust filter, and then passes through a GWY-20/6-31 nitrogen booster to obtain a purity of 99.999% and a yield of 25m³/h purity nitrogen, output pressure 3.1MPa, normal pressure dew point ≤ -40℃, oil content ≤ 0.001ppm, dust content ≤ 0.1μm.

The nitrogen generator is equipped with a nitrogen analyzer, thermal flow meter, venting device, and pressure regulating device. All equipment starts and stops with one click, touch screen display, online analysis, and remote communication (optional, 485 or Ethernet interface can be provided).

The Main Parameters of the factory price Cartons Automatic Flat Labeling Machine

Customer case

 Technical advantages of nitrogen production equipment
1. Carbon molecular sieve

High-quality carbon molecular sieves are the key to ensuring high efficiency and energy saving of equipment. Our company uses imported high-performance products.
It has the characteristics of strong hardness, low air consumption, high nitrogen recovery rate, and long service life (up to 8 years).

2. Adsorption tower composite bed structure
The adsorption tower in the new pressure swing adsorption nitrogen production device produced by our company adopts a composite bed structure design. The top of the tower is a cylinder type + coconut cushion type automatic
The dynamic compression device has a carbon molecular sieve in the upper middle and a carbon molecular sieve in the lower part (removing less water and CO2). The compressed air is diffused by a special air diffuser and buffered and first enters the carbon molecular sieve to remove trace amounts of moisture. and CO2, and then enter the carbon molecular sieve adsorption layer.
3. Special gas diffusion structure
There is a special airflow diffusion device inside the adsorption tower. First, the compressed air enters from the neck with a cyclone device and diffuses special nitrogen.
Aluminum ceramic balls (utilizing the spherical shape and hardness of the ceramic balls) make the gas flow in an "S" shape when diffusing, and then pass through the double-layer stainless steel wire mesh and activation
The treated molecular sieve is fully in contact with the carbon molecular sieve, which not only greatly reduces the impact of the gas on the molecular sieve, but also makes the gas adsorb
The process is more uniform, which is beneficial to improving the nitrogen production efficiency and the service life of the carbon molecular sieve.

N2 Gas Filling PSA Nitrogen Generator, 99.999 PSA Nitrogen Generator for Laser Cutting 25Nm per h 880cfm

4. Imported pneumatic angle seat valve

Using the world-renowned company Danish ESG stainless steel pneumatic angle seat valve, the opening time is 0.5 seconds.
The normal service life is more than 2 million times. It has simple structure, reliable sealing, quick closing and maintenance.
Features such as simple maintenance are the guarantee for the reliable operation of nitrogen production equipment.
5. Self-operated cylinder pressing device
The adsorption tower adopts advanced cylinder-type automatic compression technology. The device has an automatic replenishment function of molecular sieves. The control system controls the adsorption
The changes of molecular sieves in the tower are highly monitorable.
The automatic compression device uses the working pressure in the adsorption tower as its own compression pressure. When there is a lack of molecular sieve in the adsorption tower, the cylinder operates.
The process will come into contact with the magnetic switch, thus triggering the alarm to remind the user that molecular sieve needs to be added (this alarm will automatically stop after 500 hours,
To protect the molecular sieve), the device is combined with our company's original high-efficiency filling method (patented technology) to make the molecular sieve powdering rate lower, the service life longer, the compression time longer, more reliable and more obvious.

PLC intelligent program controller
Our company configures a PLC control system for the nitrogen production unit. The unit has good controllability, reasonable operation mode, and can
Display various operating parameters, status and fault signals of the equipment. The control system is equipped with an LCD control screen. In addition to the display function, it can also
Parameter setting and control are convenient and flexible on the panel. The main body can realize interlocking start-stop control with the air compressor and remote centralized control.
Remote control start and stop from the central control center.

 N2 Gas Filling PSA Nitrogen Generator, 99.999 PSA Nitrogen Generator for Laser Cutting 25Nm per h 880cfm
Original high-efficiency filling method
Our company's original stretch-torsion vibration filling method makes the carbon molecular sieve filling more uniform and dense, and reduces the friction coefficient to the lowest point.
To ensure that the carbon molecular sieve does not pulverize for a long time during the adsorption process.

Wooden case before shipping:

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Large bags vacuum sealing packing machine semi automatic heating sealer equipment

 YX-700F  Semi Automatic Vacuum sealing machine

Reference: video 

 

Basic parameters of vacuum sealing packer smei automatic machine

Seal size    700*8mm

Maxi bag    680*900mm

Nozzle no.    Stand machine is 2 nozzles. 3 or 4 nozzles is optional

Material    304 grade stainless steel

Voltage    110V/220V/240V/380V       50HZ/60HZ      1 or 3 phase

Heat system    Single heat system

Controller    Waterproof PCB controller, language in English

Function    Vacuum, gas flush, seal. Gas flush function can be closed if need

Spare parts    1 set wrench, allen key, teflon cloth, heat strip, English manual

Overall size(mm)    800*700*1800mm

Net weight    160KG

Air compressor    Air compressor is required for this machine, buyer shall prepare it himself.

*Note: The above parameters are for reference only. The machine constantly upgrades parameters that may cause the actual discrepancies, please understand.

Note: the vacuum sealing packing machine can seal any heatable bags:

Heat sealing poly bags is a great way to create an airtight seal with a neat, finished edge. It’s a cost effective way to package products because it requires no extra material to close the bag opening, just some equipment and the right heat sealable poly bags. Let’s explore what types of poly bags are ideal for heat sealing, and how to heat seal your own poly bags.

How to Heat Seal Poly Bags

To heat seal your own poly bags, you’ll need to start with the right materials and tools. Order custom poly bags from a reputable supplier and make sure they’re compatible with the heat sealing method you plan to use.
 

• Heat guns can be used to create an airtight seal on shrink wrap film for produce, parts, and other items. 

• Impulse heat sealers apply heat and pressure to the poly bag for just a few seconds using an element wire.

Feed your poly bags into your heat sealing machine, and set the timer appropriately for the density of the material you’re using.

The heat sealer melts the material until it co-mingles together, then sets it into a single, neat seam of plastic. As it cools, the poly material will contract, tightening the seal.

Some heat sealing machines come with attached cutters, which trim the material close to the seal for an attractive finish.

If your facility must accommodate a high volume of heat sealing, consider investing in an industrial heat sealer, which can handle a variety of poly material types and different bag sizes.

After-sales service on PENGLAI-brand Machines:

Guarantee: for all the machine, it claims one year for guarantee.(Excluded from the warranty are problems due to accidents, misuse , misapplication, storage damage, negligence, or modification to the Equipment or its components. ALSO THE EASY BROKEN SPARE PART IS NOT INCLUDED IN THE GUARANTEE)

Installation: after the machine arrive your factory,if you need,our technician will go to your place to install and test the machine and also training your worker to operating the machine (The time of train depend on you worker). The expenses (air ticket ,food , hotel,the travelling fee on your country) should be on your account and you need paid for the technician USD50 per day. also you can go to our factory to do training.

After service: If you get the problem on the machine ,our technician will go to your place to fixed the machine as soon as possible. The cost should be in your account.(as above).

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Steam pressure sterlization equipment for food packaging cans bags bottled package sterilizer

Steam Sterilization kettle parameters
Project Description on bathing type steam pressure sterilizer equipment for canned/bottled/bagged products:

Sterilizer inner diameter/cylinder length/full volume 700 mm /1200mm /0.54m3

Initial water hot water tank 500 mm /800mm /0.19m3

Design pressure/maximum working pressure 0.35 Mpa/0.3 Mpa

Design temperature/operating temperature 147℃/143℃

The total installed power is about 2.1KW (circulation pump 1.1KW)

Power supply voltage 3P, 380V, 50Hz

Sterilizer body material/wall thickness S30408 stainless steel/wall thickness 4mm

Hot water tank body material/wall thickness S30408 stainless steel/wall thickness 3mm

Sterilization frame size (length/width/height) mm, outer dimensions:

1200*450*150mm, wall thickness 1mm

Sterilizer pot body material/steel thickness S30408 stainless steel/steel thickness 4mm

Equipment footprint size: approximately 2000mm×1800mm×2200mm

1.Customer customized equipment overview:
Machine main picture:

Name        Specification    Quantity
All steel computer automatic top shower type sterilization pot    700*1200*5    1
All steel initial filling tank    500*800*3    1
All steel sterilization frame    1200*450*150    3
Pallet car    700#    1
Turnover car    700#    1

Equipment design standards and regulations:

(1) Plastic containers: PP bottles, HDPE bottles;

(2) Soft bag packaging: aluminum foil bag, high temperature transparent bag, high temperature vacuum bag, etc.;

(3) Suitable for all kinds of high temperature resistant packaging materials;

Safety of equipment use:

•1. One-button start, fool-like operation; all control and display devices are concentrated on the touch screen, which does not require personnel to operate at close range, ensuring personnel safety;

•2. The sterilization part of the equipment is a pressure vessel. The conventional pressure resistance is 0.3Mpa. The customer's operating pressure is generally 0.2Mpa. In order to ensure 100% safety in use, the design of the pot body fully takes into account all possible risk factors. From the design to the selection of accessories, everything is very strict. All materials, labor, accessories, production processes, etc. are all recorded. Any problems can be traced to the source; and the National Special Equipment Inspection Agency serves as a third party to supervise and inspect the whole process, signing Confirmation; In order to ensure absolute completeness, the equipment is equipped with a pneumatic pressure relief valve and a double mechanical safety valve to ensure that under any circumstances, the equipment will not have product pressure overload problems;

•3. The equipment is designed and equipped in strict accordance with the principle of humanization. When the equipment is sterilizing, no matter how workers misoperate, the pot door will not be opened to cause harm.

 4. Safety pot door----simple operation and high safety performance. The structural design is simple and easy to operate and maintain. The quick-opening pot door structure realizes three interlocks (mechanical interlock, safety pneumatic interlock, and electronic induction interlock). The three interlocks work together to ensure safe and reliable operation.
·Proximity switch, safety cylinder and mechanical interlocking device are triple interlocked, safe and reliable.
· The self-sealing function is added to the pot, the compressed air source pressure is insufficient, the pot door sealing ring seals normally, and the equipment operates normally.
· Electronic safety protection, it cannot operate if the door is not closed in place.
· Mechanical safety protection, if the safety chain lock device is not closed in place, the pressure in the pot will be discharged to the outside of the pot, and no pressure will be generated in the pot.
·Check the pressure of the pot door sealing ring. If the pressure is too low, it will cause leakage and the program will control the equipment to be unable to operate. You need to check whether the air compressor is operating normally.
·The air introduction valve is used to maintain smooth communication with the outside world at the end of the program and create a pressureless state in the pot.
 

5. Safety valve
Safety valve is an overpressure protection device on pressure equipment (such as containers, pipelines). When the equipment pressure rises to a predetermined value, the safety valve automatically opens to relieve pressure to prevent the equipment pressure from continuing to rise. When the pressure drops to the specified value, the safety valve automatically closes in time to prevent a large amount of medium loss in the equipment. The opening and closing parts of the safety valve are in a normally closed state under the action of external force. When the medium pressure in the equipment or pipeline rises above the specified value, the medium pressure in the pipeline or equipment is prevented from exceeding the specified value by discharging the medium outside the system. Safety valves are automatic valves that are mainly used in boilers, pressure vessels and pipelines to control pressure not to exceed specified values and play an important role in protecting personal safety and equipment operation.
6. The rotating part of the arm device adopts a self-made copper sleeve, which reduces the wear between the main shaft and the sleeve.
The service life of the spindle is increased and the door opening position is accurate without deviation.

The heat distribution in the sterilizing pot is easy to achieve uniformity;

1. The water spray type uses a large-flow water pump to pour sterilizing water down from the top packaging. The water passes through the packaging from top to bottom, and the heat is also transferred to the food in the form of a water film on the packaging. . Sterilizing water is also heated and cooled through a heat exchanger. The water flowing down gradually releases heat from top to bottom as it heats up, and the temperature also decreases in turn. However, after reaching the target temperature, the upper and lower temperature differences will become consistent. Heat is also forced to the packaging by the water flow, and the transfer will not be interfered by the presence of cold air in the pot. The upper and lower temperature differences formed during the heating stage will tend to be consistent during heat preservation, and will not cause heating cold spots in local spaces. Although the food in the upper part takes longer to heat than the food in the lower part, when it cools down, the food in the upper part will also cool down earlier than the food in the lower part, and the overall temperature will be the same on average. Sterilizing water source with consistent temperature and layered and independently placed packaging are the keys to uniform heat distribution in the pot.

2. The top shower partitions of Qingshi Company are segmented. A top shower partition is evenly distributed on the top of each basket to ensure uniform heat distribution of the sterilization materials in each basket. There are reinforcing ribs in the middle of each partition to prevent the middle part from natural Sagging causes uneven top pouring, and the partitions are like drawers, making them easy to disassemble and clean.

3. The spray device of the sterilization kettle is welded with stainless steel round pipes. By optimizing the internal spray structure (one-to-two, two-to-four mode), the water pump flow rate is accurately calculated and strictly controlled. The small hole cross-sectional area and spray partition of the spray branch pipe are The cross-sectional area of the water holes in the plate keeps 3cm-4cm of water in the upper space of the spray partition, which increases the turbulent effect of circulating water in the pot (the straight spray pipe is connected with a union and can be removed and cleaned).

▶ An automatic condensate drain valve (automatically controls the opening of the trap)
▶ A water trap (automatically removes condensed water in the heat exchanger, blocks steam and drains water)
▶ A hydrophobic filter (automatically protects the trap and prevents it from clogging)
4. The centrifugal pump used for cyclic sterilization has a model and size that ensures that the process water in the pot can circulate 3 to 4 times a minute. All pipeline connections between containers and pump connections are made of stainless steel.
High degree of automation:
The control of the entire sterilization process can be completed on the touch screen. The sterilization process requirements such as temperature, time, sterilization pressure, cooling pressure, cooling temperature and other functions can be customized according to different models. The temperature control accuracy can reach ±0.2℃, and the pressure control accuracy can reach ±0.01Mpa. Hundreds of sterilization process procedures can be stored, which greatly reduces the labor intensity of operations and improves production efficiency.

Stable control system:
1. The liquid level gauge adopts a magnetic float level gauge with automatic liquid level remote transmission and liquid level display functions, which makes the liquid level control more accurate and effectively solves the problem of inaccurate signal transmission of the photoelectric liquid level gauge. The liquid level gauge pipe is equipped with a reinforced fixing device to prevent cracks or breaks in the liquid level gauge pipe due to vibration during the sterilization process.
2. Computer fully automatic PLC program automatic control, touch screen command input. Adopting a world-renowned brand (Siemens), it has stable operation, accurate temperature and pressure control, and low failure rate. With the automatic storage function of the sterilization process, each product/container can be equipped with a different formula because the number of programs is not limited. Consistently high product quality is guaranteed through extremely precise preset temperature and pressure distribution. Touch screen operation interface, dynamic picture display, parameter values can be set arbitrarily according to product requirements.
 
3.Equipment production details:

1. The highest quality flanges, heads and other parts in China are used. The heads are formed by one-time cold pressing and undergo aging vibration, so there will be no stress deformation during use.
2. The advanced and stable Siemens SIEMENS control system ensures that customers can find supply chains in a timely manner around the world and reduce downtime.
3. Rare high-end equipment and strict production process control management in the industry ensure the first-class quality of the complete machine.
4. Equipment energy parameters:
1. Sterilization kettle parameters
Project Description
Sterilizer inner diameter/cylinder length/full volume 700 mm /1200mm /0.54m3
Initial water hot water tank 500 mm /800mm /0.19m3
Design pressure/maximum working pressure 0.35 Mpa/0.3 Mpa
Design temperature/operating temperature 147℃/143℃
The total installed power is about 2.1KW (circulation pump 1.1KW)
Power supply voltage 3P, 380V, 50Hz
Sterilizer body material/wall thickness S30408 stainless steel/wall thickness 4mm
Hot water tank body material/wall thickness S30408 stainless steel/wall thickness 3mm
Sterilization frame size (length/width/height) mm, outer dimensions: 1200*450*150mm, wall thickness 1mm
Sterilizer pot body material/steel thickness S30408 stainless steel/steel thickness 4mm
Equipment footprint size: approximately 2000mm×1800mm×2200mm

Conditions of use (accessory equipment must be prepared by the user)
Project Description
Total power capacity ≥2.1KW/voltage 380V/frequency 50HZ
Water quality: The cooling water is tap water, the chloride ion content in the water is not higher than 25mg/L; the cooling water temperature is ≤25℃.
Air compressor air volume 0.36m3/min, pressure 1.0Mpa
Compressed air storage tank, volume 0.5m3, pressure 1.0Mpa
Cooling water storage tank 2.5m3
Boiler model/minimum pressure of boiler ≥0.15T/h/0.6Mpa
Steam pipe interface DN32 (ø38)
Compressed air interface DN15 (ø20)
Exhaust pipe interface DN20 (ø25)
Sewage pipe interface DN40 (ø45)
Water supply pipe interface DN40 (ø45)
Note: The user should connect the water source, power supply, compressed air source and exhaust interface to the connection point of the sterilization pot.

Single energy consumption
Item contents
Power is about 2.1kw·h/ pan time
Steam about 30kg/ pot time
Sterilization water about 0.1m³/ time (recyclable)
Cooling water about 1.0m³/ time (can be recycled; Secondary cooling is generally used)

5.Equipment configuration and main components:
700 all steel computer top shower type high temperature and high pressure

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