Products - Touch Panel HMI - Human Machine Interfaces

Touch Panel HMI - Human Machine Interfaces

Product List

DOP-300 Series

Delta’s Human Machine Interface DOP-300 Series includes 7” & 10” models for different applications. It adopts a dual-core high-speed processor, supporting MQTT and OPC UA protocols. The built-in Wi-Fi and 4G wireless antennas plus an easy-to-install wireless communication module greatly enhance the wired and wireless networking capabilities and facilitate ground-to-cloud connection. With an ultra-wide viewing angle, 24-bit color display screen, and supplemented by a full-lamination panel design, the DOP-300 Series features enhanced visual quality and a tactile experience. The DOP-300 Series also meets today’s smart manufacturing demands with various features, including the Delta Cloud Platform DIACloud to build a complete and secure IIoT ecosystem with seamless connection. Delta has launched the Web Interface Editor DIAWebDesigner with exceptional development capabilities for customization. Users can set key data, design a friendly interface and monitor the data uploaded by the DOP-300 to obtain the real-time status of equipment and production lines.

Standard HMI

The Standard HMI is designed with basic cloud services and seamless connection, establishing a comprehensive industrial IoT solution. The fully laminated touchscreen panel and 170° ultra-wide viewing angle enhance the user experience.

S Type

DOP-100 Series

Delta's Human Machine Interface DOP-100 Series includes four categories for different applications: Basic, Standard, Advanced, and Handheld. The Basic, Standard, and Handheld HMI adopt the latest Cortex-A8 (800 MHz), while the 12" / 15" Advanced HMI adopts the Dual Core Cortex-A7 1Ghz high-speed processor. The DOP-100 Series employs 16-bit or 24-bit color LCD screens with high brightness and contrast. In addition, the series is equipped with the HMI programming software DIAScreen and built-in Lua editor for easy programming as well as alarm / history log / user authority functions for highly efficient management.
*Provide security updates until May 30, 2026
The defined support period will not shorten after the publication. If the support period will be extended, the new defined support period will be published as soon as is practicable.

Advanced HMI
The Advanced HMI adopts a narrow frame and wide screen design. It is equipped with 2 ~ 4 serial communication ports and an Ethernet port. Featuring a multilingual input function, it provides easy operation for global customers.

W Type

M Type

Handheld HMI

The Handheld HMI features a 7-inch high resolution LCD display for visualizing operating, monitoring and efficient control in real time. All series are equipped with built-in emergency stop switches, rear side enable switches, optional MPG (Manual Pulse Generator) and lightweight 750g design for higher flexibility and user-friendly operation. The Handheld HMI is suitable for controlling industrial robots and programming the motion of robot arms and other motion control systems.

H Type

Standard HMI

The Standard HMI is equipped with 3 serial communication ports to meet most customer requirements. The Standard Ethernet Type offers an Ethernet port for fast connection with other equipment.

Basic HMI

The Basic HMI features basic functions and easy installation for industrial applications. With IP65 waterproof protection, it is suitable for harsh environments.

S Type

B Type

D Type

TP Series

The TP70P Series adopts a 65535 colors LCD touchscreen, supports Delta’s controllers, and can be connected to all series of Delta’s AC servo drives, AC motor drives, and temperature controllers. With four models providing different I/O configurations and supporting various output types, the TP70P Series’ high flexibility saves wiring cost and offers the best HMI and I/O control solution.

TP70P

Discontinued Products
DOP-B Series

DOP-B03S211 (2019/04 Discontinued, Replaced by DOP-103BQ)

DOP-B03E211 (2019/06 Discontinued, Replaced by DOP-105CQ)

DOP-B05S111 (2019/04 Discontinued, Replaced by DOP-103WQ)

DOP-B07S411 (2019/05 Discontinued, Replaced by DOP-107CV)

DOP-B07S401K (2019/05 Discontinued, Replaced by DOP-107CV)

DOP-B07S411K (2019/05 Discontinued, Replaced by DOP-107CV)

DOP-B07S415 (2019/05 Discontinued, Replaced by DOP-107CV)

DOP-B07E415 (2019/05 Discontinued, Replaced by DOP-107EV)

DOP-B07PS415 (2019/05 Discontinued, Replaced by DOP-107CV)

DOP-B07S515 (2019/04 Discontinued, Replaced by DOP-107EG)

DOP-B07E515 (2019/04 Discontinued, Replaced by DOP-107EG)

DOP-B07PS515 (2019/04 Discontinued, Replaced by DOP-107EG)

DOP-B08S515 (2019/06 Discontinued, Replaced by DOP-108IG)

DOP-B08E515 (2019/06 Discontinued, Replaced by DOP-108IG)

DOP-B10S411 (2019/05 Discontinued, Replaced by DOP-110CS)

DOP-B10S615 (2019/06 Discontinued, Replaced by DOP-108IS)

DOP-B10E615 (2019/06 Discontinued, Replaced by DOP-108IS)

DOP-B10S511 (2019/06 Discontinued, Replaced by DOP-110CG)

DOP-B10E515 (2019/06 Discontinued, Replaced by DOP-110IG)

DOP-W Series

DOP-W105B (2021/12 Discontinued, Replaced by DOP-110IG)

DOP-W127B (2021/12 Discontinued, Replaced by DOP-112WX)

DOP-W157B (2021/12 Discontinued, Replaced by DOP-115WX)

DOP-H Series

DOP-H07 (2019/07 Discontinued, Replaced by DOP-107H)

Success Cases

Delta Smart Farming Solution Helps Manage & Enhance Livestock Welfare

Delta High-Speed Maglev Blower Solution Ensures High-Speed Air Transmission and Enhances Energy Efficiency

Delta Single-Workstation Inner Winding Machine Solution Boosts Motor Performance and Manufacturing Efficiency

Success Cases

Delta Smart Farming Solution Helps Manage & Enhance Livestock Welfare

Delta High-Speed Maglev Blower Solution Ensures High-Speed Air Transmission and Enhances Energy Efficiency

Related Videos

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Technical Articles

08/15/2024Delta Automatic Tire Cord Splicing System Solution Enhances Manufacturing Efficiency with Significant Benefits for Production

Tires are an essential component of vehicles, designed to provide traction, support vehicle weight, absorb vibrations, and reduce shocks during motion. The quality and performance of tires directly affect driving safety and comfort. Within a tire's inner layers, the cord is the core material that makes up the tire's skeleton, which is composed of tough fibers such as nylon, polyester, and rubber. Its primary functions are to stabilize the overall tire structure, strengthen the tread to resist punctures, and absorb road bumps. To enhance tire reliability and durability, high-quality tire cords must combine tough fiber materials, tight weaving, and firm adhesion to the rubber matrix of the tire. Therefore, quality control is important during tire cord production. The traditional tire cord cutting process mainly adopts semi-automated technology, where the first half involves automatic cutting by equipment, and the second half requires manual splicing by operators. However, manual splicing might raise issues such as inconsistent precision, low efficiency, high costs, difficulties in quality control, and poor working environment. As a result, the production capacity and quality of tire cords cannot be effectively controlled, making it challenging to meet the demands of modern tire manufacturing. To facilitate smart upgrades in tire manufacturing processes and address pain points, Delta has introduced the Automatic Tire Cord Splicing System Solution. This solution highly integrates Delta’s self-developed industrial automation hardware and software products, including drives, servo systems, SCARA robots, industrial cameras, PLCs, HMIs, and a machine vision platform. The Compact Modular Mid-Range PLC AS Series plays a central role in controlling the equipment, coordinating the operation of each device based on preset production parameters. When the tire cord is fed into the cutting area, the AC Servo System ASDA-A3 Series drives the cutter to cut the tire cord into a specified width as per PLC commands. The cord then moves forward on the conveyor belt and reaches the splicing position. Leveraging machine vision technology, two sets of Industrial Camera DMV-C Series automatically detect the edges of the incoming cord and send the results to the PLC. Based on the positional deviation data, the movement path of the SCARA Robot DRS Series is adjusted in real time to precisely align the tire cord. Delta’s Automatic Tire Cord Splicing System Solution offers the following benefits: Fully Automated and precise splicing with consistent fitting positioning Adopts the Machine Vision Platform DIAVision VGR for aligning, which greatly enhances splicing precision and ensures consistent fitting positioning. Under fully automated continuous operation, the production efficiency is several times faster than manual operation. Additionally, the SCARA robot equipped with vacuum fixtures performs standard splicing actions, saving time on manual fitting and stabilizing product quality. Delta’s self-developed products with seamless integration All industrial automation products are developed by Delta, ensuring unified interfaces and communication protocols, with seamless integration of software and hardware. Production parameters can also be switched with a single click through the Human Machine Interface DOP-100 Series, helping personnel quickly change lines to meet various product requirements, such as different sizes, colors, and cutting angles. The solution provides flexible manufacturing capabilities for diverse customer needs. Optimized production efficiency and quality for cost efficiency The one-stop solution significantly enhances production efficiency and quality for tire manufacturers. Compared to manual operations, the overall equipment effectiveness (OEE) is increased by more than 50%, splicing precision is enhanced from the manual 3 - 5 mm to within ±1 mm, and labor costs are reduced by 50%, achieving cost savings and efficiency enhancement goals. Delta’s Automatic Tire Cord Splicing System Solution integrates the latest technologies with extensive application experience, ensuring optimal results during implementation and helping industries keep up with the times by empowering products with automation and smart technologies.

12/01/2023Delta Smart Farming Solution Helps Manage & Enhance Livestock Welfare

In the post-pandemic era, the world faces severe labor shortages. The animal agriculture industry, which is highly dependent on the workforce, has been deeply affected by this. Coupled with surging feed costs caused by war and extreme weather, livestock farmers have been successively accelerating automation upgrades and smart transformation to overcome these difficulties and solve their manpower challenges. With years of solid experience and many success stories, Delta has extended its industrial knowledge and applications to the animal agriculture industry and introduced its Smart Farming Solution. Fully integrating hardware and software products, the solution helps stock farmers overcome their current challenges as well as create a favorable environment for raising livestock. Recently, Delta successfully implemented the Smart Farming Solution at a Jinhua pig farm in Zhejiang Province, China. The farm covers an area of 1,000 acres and raises up to 6,000 pigs. With this solution, large-scale breeding merely requires two workers to perform daily operations and maintenance, which greatly enhances manpower efficiency. The Smart Farming Solution is also applied at a poultry farming enterprise in Shanxi Province, China. Multiple chicken farms are distributed in different locations and dozens of miles apart, which makes it difficult to connect and integrate various systems in each farm. Delta’s solution offers complete environmental data and video surveillance through user-friendly web pages and apps. Without the need to visit each spot in person, managers and livestock farmers can remotely monitor and coordinate projects in conference rooms or central monitoring rooms. Delta’s Smart Farming Solution leverages the SCADA System VTScada as the upper system to manage various subsystems such as environmental control, manure treatment, equipment alarms, energy consumption, and more. Curves, patterns, and columns are displayed via intuitive interfaces for data visualization, establishing a comprehensive database for future in-depth analysis. The solution also uses a variety of Delta’s self-developed products such as HMIs, PLCs, drives, motors, power meters, and more. With the Compact Modular Mid-Range PLC AS Series and Human Machine Interface DOP-100 Series, users can simply set parameters on the user-friendly HMI that help connect operators and equipment together for efficiency management. In terms of fan control, the solution adopts the Standard Compact Drive MS300 Series and IE5 efficiency level PMa Synchronous Reluctance Motor MSI Series that feature outstanding performance to enhance equipment efficiency. The Power Meter DPM Series precisely measures power quality parameters and identifies equipment malfunctions and energy waste to analyze electricity consumption and manage energy usage for energy-saving goals. Delta’s Smart Farming Solution offers the following benefits: Digitized and smart farming for highly efficient management In general, livestock farms encompass a wide range of systems. The SCADA System VTScada helps connect all of them and provides traceable historical data and records, building smart, highly efficient, and modern farms. Precise feeding reduces energy consumption The traditional farming process relies heavily on manpower to mix and transport animal feed, which is time-consuming and labor-intensive. It is also hard to manage feeding intake and waste. The automatic feeding system can help farmers precisely control and efficiently monitor feed consumption. Optimized environment to protect animals from infectious diseases The living environment has a significant impact on animal growth. The environmental control system can automatically detect indoor/outdoor temperature and pressure to further control specific equipment, creating a comfortable and healthy home for disease prevention. Delta Smart Farming Solution seamlessly integrates key systems and information from each livestock farm for remote and real-time monitoring, guiding the animal agriculture industry toward smart and digitized upgrades. To know more about Delta’s solution and success stories, check out this podcast episode on smart pig farming: https://www.youtube.com/watch?v=APYB49hywbw (in Mandarin)

08/18/2023Delta High-Speed Maglev Blower Solution Ensures High-Speed Air Transmission and Enhances Energy Efficiency

A type of fluid machinery, blowers are widely used to transmit air through pipelines in HVAC systems, wastewater treatment, aquaculture, and other industries. The blower motor creates and controls air flow, pressure, and speed by driving the impeller at a high speed. Traditional blower motors rotate approximately 8,000 times per minute, but when operating at such a high speed, the friction between mechanical components may induce a temperature increase; hence, gearboxes and oil cooling systems are required to protect the blower from overheating. In addition, when approaching the surge margin, the blower shuts down immediately to prevent sudden changes of air pressure from causing stress and vibration that could seriously damage the blower. However, frequent shutdowns and restarts may reduce the blower’s service life. In recent years, high-speed magnetic bearings have been introduced to enhance blower motor speed. The magnetic bearing levitates the rotor by magnetic force and enables rotor rotation up to 40,000 times per minute, driving the impeller directly without any physical contact, avoiding energy loss from component friction and the need for lubrication. Although high-speed magnetic bearings offer benefits such as lower friction coefficients, lower energy loss, and longer life, they are more expensive, and more challenging to configure. The magnetic bearing control also usually requires Uninterruptible Power Supplies (UPS) and multiple sensors to ensure safe motor deceleration in the face of sudden power failures. Multiple brands of products and components in the system are hard to integrate and work in synchronization. With solid, professional experiences in fluid automation control, Delta has launched the High-Speed Maglev Blower Solution to tackle these challenges. The solution consists of the maglev bearing, 3D flow impeller, high-speed permanent magnet synchronous motor, high-efficiency inverter, intelligent monitoring system, and more. The maglev blower can operate in constant speed mode, constant pressure mode, and constant flow mode, and is adjustable by a PID controller. The solution also adopts intelligent anti-surge profiles: when the maglev blower approaches surge warning conditions, the system automatically opens the vent valve to relieve pressure without shutting down and adjusts motor speed based on loading, effectively preventing a surge and extending service life. The High-Speed Maglev Blower Solution achieves high energy efficiency and flexible wiring by integrating various Delta automation products. The solution employs the Magnetic Bearing Controller AMBD Series for high precision magnetic levitation control. Powered by the High Frequency Motor Drive C2000-HS Series, the AMBD Series does not require an AC/DC converter to operate. When an unexpected power failure occurs, its built-in Deceleration Energy Backup function regenerates power from motors to control deceleration and safely lower the rotor, saving on UPS installation cost. With an output frequency up to 1,500 Hz, the direct-drive mechanism of the C2000-HS Series not only fulfills the demand for high speed motor control but also reduces the system size. Paired with output reactors, it suppresses the current ripples on the high-speed motor and protects the maglev blower from overheating. With a built-in flow estimation algorithm, the Standard PLC DVP-ES2 Series calculates real-time air flow according to the pressure difference and temperature at the inlet with an error accuracy of less than 1%, eliminating the need for flow sensors. The PLC features anti-surge profiles for different blower models, and allows manual modification of profile parameters and protection range on the Human Machine Interface DOP-100 Series, ensuring stable motor operation. Delta’s High-Speed Maglev Blower Solution offers the following benefits: A comprehensive solution ensures operation stability Most fluid automation systems leverage devices from various manufacturers. The solution integrates and employs Delta’s high-performance automation products to enhance stability and lower the costs of installation, technical support, and maintenance. Saves space and cost without peripheral devices The magnetic bearing controller, powered by the motor drive, does not require UPSs to ensure safe motor deceleration when power failures occur. The PLC monitors air flow without flow sensors. The solution successfully reduces the system size for cost efficiency. Intelligent anti-surge profiles extend system service life The solution monitors real-time system operation and enables anti-surge profiles configuration to safeguard the blower against surge damage without frequent shutdowns and restarts. Delta has been developing highly integrated solutions to upgrade fluid automation in diverse industries for years, and is dedicated to facilitating high-speed fluid machinery solutions for high-performance, energy efficient, and safe process automation to achieve its smart manufacturing vision.

07/24/2023Delta Single-Workstation Inner Winding Machine Solution Boosts Motor Performance and Manufacturing Efficiency

Electric motors serve at the heart of nearly all industries. When electric current flows through wire coils and electromagnets in motors, the magnetic field converts electric energy into mechanical energy to drive equipment along production lines. Wire winding is a crucial step in motor manufacturing. The arrangement, density, turn number, thickness, and layer number of the wire coil can directly affect motor performance. Hence, winding machines utilized in electrical and electronics industries require higher standards of speed and precision than other machines. Common pain points in motor wire winding include unstable winding tension control. This issue overstretches and wears out enameled copper wire, which leads to malfunction and affects the yield rate. Insufficient arranging accuracy of the copper wire may hinder the improvement of motor quality and performance. In addition, industries nowadays require high-speed production and diversification of products. Yet in the long run, the long development cycle of winding machine programs makes it difficult to advance product competitiveness in a fast-changing market. As a major player in industrial automation with expertise in high-performing motor manufacturing as well as long experience in various industries, Delta has launched its Single-Workstation Inner Winding Machine Solution to solve the difficulties in wire winding. The solution can be employed in manufacturing motors for fans, range hoods, air purifiers, automobile components, and more. The Single-Workstation Inner Winding Machine Solution executes the winding process with six axes. First, the pressing axis secures the stator to prevent it from moving while winding. Next, the winding axis rotates, and the wire nozzle winds the copper wire into stator slots, while the wire arranging axis arranges and piles the wire. After a slot is finished, the indexing axis shifts the stator to proceed with wiring in the next slot. The two table panel lift axes adjust the table panel according to different stators’ heights. The Single-Workstation Inner Winding Machine Solution employs Delta’s automation products to meet the requirements of simple winding process configuration and high-speed, high-precision tension control. The PC-Based Host Motion Controller AX-8 Series serves as the center of the control layer. Its modular CODESYS platform enables fast and stable motion control based on the specific needs of various products. The motion controller performs precise positioning, helical interpolation, circular interpolation, regular winding, precision winding, and automatic wire arranging. It also supports sequence loop and jump, achieving a highly flexible automatic process. The AX-8 series is paired with the Human Machine Interface DOP-100 Series, which provides user-friendly interfaces for visualized operation and allows users to create and modify the winding sequences efficiently. To prevent damage caused by winding tension fluctuation, the solution introduces the AC Servo Drive & Motor ASDA-B3 Series. The precise, synchronous motion control enables front-back, up-down, left-right motions and stator rotation for stable and high-speed winding. Delta’s Single-Workstation Inner Winding Machine Solution offers the following benefits: Open communication architecture compatible with different products In most motor production lines, devices derive from different manufacturers. The solution leverages the CODESYS motion control platform, which is compatible with products of different brands, provides customers with more flexible electrical system configurations. Flexible mode switching enhances winding quality Allows switching between regular and precision winding modes to enhance yield rate and product durability. The E-Cam gearing movement executes wire winding and arrangement at the same time to ensure well-ordered stator wire and prevent crossover and coat damage from happening. User-friendly interface enables efficient process changes Operators can efficiently customize and adjust the winding process via a visualization interface, which greatly reduces equipment cycle time and saves the cost and time of project development. By integrating Delta’s automation products, the Single-Workstation Inner Winding Machine Solution features stable, precise winding tension control and offers a user-friendly operating interface to boost manufacturing efficiency and the yield rate of the motor winding process and reduce the cost of product development. Delta continues to introduce smart manufacturing solutions to help industries address challenges in motor manufacturing.

06/07/2023Delta 4-Head Labeling Machine Solution Performs Precise & Fast Labeling to Upgrade Packaging

Product labels are attached securely onto bottles thanks to the automated equipment in the packaging process. Some of the prevalent equipment includes shrink sleeve labeling machines and other types of labeling machines. In March 2023, Delta published an article introducing its Double-Head Shrink Sleeve Labeling Solution, which applies a sleeve label onto the bottle from the top. This article will focus on another piece of equipment, the 4-head labeling machine, which wraps the coated label around the bottle or attaches it with hot glue. In the packaging process, most traditional production lines leverage single-head or double-head labeling machines. However, when the label roll runs out, the line must be stopped for operators to replace the label rolls. This not only affects smooth processing and operation, but also underutilizes the operators. For this, Delta has introduced its 4-Head Labeling Machine Solution to deal with customer challenges. Similar to Shrink Sleeve Machine Labeling Solution, this solution can be widely applied in beverages, industry, pharmaceuticals, dietary supplements, and more. The labeling process starts with bottle conveying. The bottle spacing axis separates and then the calibration axis straightens the bottles. When the sensor detects that a bottle is approaching, the label roll is stretched and unwound by the feeder for precise feeding and fast labeling. Finally, the conveyor belt sends the bottles away and the label processing is complete. The 4-Head Labeling Machine Solution employs Delta’s self-developed industrial automation products. The conveyor belt, bottle spacing axis, and calibration axis adopt the Sensorless Vector Control Compact Drive VFD-EL-W Series. The drive features outstanding performance and compact design for space efficiency. Moreover, the 4-head label feeding axis is equipped with the Standard AC Servo System ASDA-B3 Series to conduct precise, smooth motion control for high production efficiency and capacity. The control layer adopts the PLC-Based Motion Controller AX-3 Series and Modbus communication to transmit data to the intuitive and user-friendly Human Machine Interface DOP-100 Series, connecting operators and equipment together for efficient management. Delta’s 4-Head Labeling Machine Solution offers the following benefits: Unique 4-Head labeling enhances productivity & optimizes space Compared with the traditional single-head labeling machine, this solution offers a production capacity of up to 15,000 bottles per hour, improving productivity by 60%. In addition, compared with two sets of double-head labeling machines, this solution saves operating space by 50%. Automatic head switching for non-stop supplementing The solution supports automatic and manual head switching. Users can switch different heads during operation as required to prevent missed or disordered labeling from happening. Before the label runs out, it can automatically switch to the other head on the same side, achieving non-stop supplementing. Outstanding label recognition ability ensures labeling accuracy Missing labels or discontinuous labels are automatically filtered out during feeding. If too many labels are missing, it will automatically stop and issue a warning that the labels have run out. Delta’s 4-head Labeling Machine Solution integrates high-performance and high-quality automation products. It helps the labeling industry perform high-speed processing, optimize the working space, and achieve smooth operation without downtime. The solution fixes customers’ pain points and challenges, building smart manufacturing for the near future.

05/29/2023Delta Twin-Cylinder Rubber Hot Press Solution Optimizes Outsole Production

Shoes are one of the most representative products of human cultural development and have twofold importance: one is to protect our feet from injuries, and the other is to serve as decorative fashion apparel. Shoes consist of four parts: upper, quarter, insole, and outsole — with the outsole mostly comprised of rubber. Delta’s twin-cylinder rubber hot press plays a key role in outsole production. The first step in the outsole production process is putting the mixed rubber material into a mold and inserting it into the hot press. Through heating, pressurizing, and plasticizing, extremely strong and durable outsoles are produced. The final step of making shoes is stitching up or sticking together the quarter with the sole based on the designs of the shoe manufacturer. In the sole production process, the heating temperature, time, and pressure are three critical conditions. To detect the current mold temperature of the hot press, a large number of temperature control points are required. However, the temperature control points are scattered, making temperature control and maintenance particularly challenging. If a temperature anomaly cannot be eliminated in time, the production quality might be compromised. In addition, the consumer’s rapid replacement of old shoes with new ones requires shoe factories to accelerate the production line, elevating productivity to meet the growing consumer demand year on year. For this, manufacturers keep expanding device stations and implementing automation solutions into production lines. To help its customers upgrade their outsole production, Delta has integrated self-developed products and introduced the Twin-Cylinder Rubber Hot Press Solution, adopting Delta’s Hybrid Energy Saving System HES-C Series to replace traditional oil hydraulic systems. The solution enhances the precision of finished products and saves energy and electricity while enhancing productivity. The control layer leverages the Compact Modular Mid-Range PLC AS Series, which supports the multi-axis CANopen network or pulse control, allowing flexible allocation of stations for the outsole production line. The solution is compatible with the Multi-Loop Modular Temperature Controller DTM Series for monitoring temperature variation, and data transmission to Human Machine Interface DOP-100 Series via Modbus. The user-friendly and intuitive interface helps users control the production process effectively. Delta’s Twin-Cylinder Rubber Hot Press Solution offers the following benefits: Increases or decreases hot press stations flexibly & compatibly One hot press takes about 2 to 3 minutes to complete the outsole manufacturing process. The number of devices can be increased to enhance the utilization rate according to the project requirements. The multi-station and continuous process integrates multiple industrial automation products and open communication architecture. Through the Modbus protocol, the solution can connect peripheral devices. In addition, it also uses Ethernet for data transmission to meet different industrial communication requirements. Centralized temperature management with temperature controllers The Delta Multi-Loop Modular Temperature Controller DTM Series integrates all temperature control points of the production line into HMI, records temperature in real time, monitors the on-site heating situation, and eliminates temperature anomalies without delay for stable production and higher product competitiveness. High-performance PLC effectively controls the processing The vulcanization time is critical for the outsole production process by which plastic molecules interact with one another at certain temperatures and pressure. To efficiently allocate the amount of processing time, the solution adopts the Compact Modular Mid-Range PLC AS Series featuring 25ns high-speed calculation and instantaneous multi-processing for accurate manufacturing processes. The Delta Twin-Cylinder Rubber Hot Press Solution provides a one-stop integrated service with easy implementation. The whole solution adopts Delta’s industrial automation products with outstanding performance and stable operation to help customers fix their pain points and upgrade the shoe-making production line, while looking ahead to a smart manufacturing future.

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