lcd touch screen app executer pricelist

HMI, an acronym meaning Human Machine Interface, is exactly what the name implies. It is simply an interface – usually graphical – that lets humans and machines interact. The precise date of inception for this technology is not known due to the huge graphical interface boom we have had, and are still experiencing. Examples of HMIs vary widely, from control panels for nuclear power plants, to the screen on that new iPhone. More often than not, when a person refers to a Human Machine Interface or HMI, he/she is referring to a control panel for a manufacturing-type process. An HMI in this context is the centralized control unit for manufacturing lines, equipped with Data Recipes, event logging, video feed, and event triggering so that you may access your system at any moment for any purpose. For a manufacturing line to be integrated with a Human Machine Interface, it must first be working with a Programmable Logic Controller (PLC) because the PLC is what takes all the information from the sensors and transforms it to Boolean algebra so the Human Machine Interface can decipher and make decisions.

HMIs offer a digital display of data in real time that a PLC cannot offer. While the PLC is performing its programmed operation, an HMI allows for the user to see data in real time rather than compiling the data to observe after the fact. An example to reference for an HMI with a PLC rather than a PLC standalone would be an ATM Machine. If there was no graphical display, a user would be dependent on receipts to enter in data. That is, imagine inserting your personal ATM card only to have a receipt print out requesting your PIN. Then, once into your account, a receipt prints out asking which action you would like to perform; deposit, withdraw, transfer, or balance inquiry. This issue is solved by a Human Machine Interface through which you can make your selection at a touch of a button. While the HMI is not critical in this scenario, it is much more efficient and user-friendly. Many applications do not require an HMI, but the cost savings associated with the benefits of HMIs are heavily skewed in favor of the HMI being a system component.

The main advantage of a Human Machine Interface (HMI) over a desktop computer is that, with an HMI, there is a dedicated system specific to your application. This means that you have a panel which will not allow internet browsing, solitaire game playing, or update reminders, unless it pertains to your application. HMIs give you absolute control – you may give the operator limited access to specific features or full access, depending on how you create your graphical interfaces.

The software required to program a Human Machine Interface differs from each vendor as well as model. Concerning Kinco product lines, MT4000, MT5000, F7/F10, and SZ series HMIs are all programmable on Kinco HMIWare. The CZ6/CZ10 and Green Series HMIs are programmed on Kinco DTools Software, and the HP043 (HMI-PLC Combo unit) is programmed on Kinco HP Builder Software. Should you need any assistance programming your Kinco HMI with any of these proprietary software products, feel free to Contact an Applications Engineer at Anaheim Automation. Anaheim Automation, Inc. is Kinco"s Master Distributor in North America.

HMI software downloads are available in the Item table shown above on this web page. Please locate your HMI product in the Item column, and download the applicable software by clicking on the disc icon in the Downloads column. Individual product Item pages also contain links for the appropriate software download.

For Ethernet based protocols, the HMIs can support up to 255 distinct nodes. For Serial based protocols, you can hook up as many controllers as the HMI has COM ports. When using RS485 hardware, daisy chaining nodes may be applicable to add unique nodes.

"HMI" is an acronym that stands for Human Machine Interface. A basic definition for an HMI is any interface between a human operator and a machine or system. A lesser used synonym is Man Machine Interface, or MMI. Technically, "Human Machine Interface" is a broad term describing any interface that allows a human to interact with a machine, and can include, for example, devices such as MP3 players, industrial computers, household appliances, and office equipment. However, the terms "HMI" or "Human Machine Interface" are typically used in contexts specific to manufacturing and other industrial processes. A Human Machine Interface provides a visual representation of a process control system with real-time data acquisition. HMIs can increase productivity by providing a centralized control center that can be made extremely user-friendly.

"HMI" is an acronym that stands for Human Machine Interface. A basic definition for an HMI is any interface between a human operator and a machine or system. A lesser used synonym is Man Machine Interface, or MMI. Technically, "Human Machine Interface" is a broad term describing any interface that allows a human to interact with a machine, and can include, for example, devices such as MP3 players, industrial computers, household appliances, and office equipment. However, the terms "HMI" or "Human Machine Interface" are typically used in contexts specific to manufacturing and other industrial processes. A Human Machine Interface provides a visual representation of a process control system with real-time data acquisition. HMIs can increase productivity by providing a centralized control center that can be made extremely user-friendly.

The convenience that comes with a Human Machine Interface is priceless. You will find that once you have digitized your system, the functionality you will get out of your HMI is unbeatable. An HMI combines all the control features that are found throughout your automation line and places them all in one centralized location; no more having to run to that red pushbutton that will stop your line. With remote access, you don"t have to be anywhere near your automation line to start/stop or monitor production, and you can have all the same features you have on your centralized unit in a smaller compact form. Along with ease of access from wherever you may be, simplicity is also a big factor in the usability of a Human Machine Interface. With simplistic screens and functions you can train almost anyone to supervise your automation line.

The great thing about a Human Machine Interface is that you can personalize your interface however you would like. If you want to develop a complex system with multiple screens and several routines always running, an HMI fully supports that. If you are looking to program a Human Machine Interface with something more simplistic, you could have instructions for the controller directly written onto the interface. Every HMI comes with different features. Some may play sound or video, or even may have remote access control. The design of any particular interface should be optimized for that specific application, taking into account environmental aspects and operators such as noise, lighting, dust, vision and technological curves.

Pushbutton replacer HMI: Before the Human Machine Interface came about, controlling automation lines was no easy task, due to the use of up to thousands of pushbuttons and LEDs all performing different tasks. The pushbutton replacer HMI takes the place of LEDs, on/off buttons, switches, or any mechanical device that has some control over the unit. The integration of PLCs and Human Machine Interface devices has virtually eliminated the use of pushbuttons and LEDs because any function that a pushbutton or a LED could perform can easily be done with an HMI, all in one centralized location. The elimination of these mechanical devices is possible because the Human Machine Interface can provide a visual representation of all these devices on its LCD screen while performing all the same functions.

The Data Handler HMI is used for applications that require constant feedback and monitoring. With the data handler type of Human Machine Interface, it is important that the HMI screen is big enough to display elements such as graphs, system visualizations, and production summaries. This type of Human Machine Interface is capable of functions such as recipes, data trending, data logging, alarm handling/logging, and even printing production reports. Performing these tasks can be very memory intensive, so for the Human Machine Interface to work as a data handler, it will usually need to have a large-capacity memory.

An Overseer Type HMI is advantageous when the application involves OEE, SCADA, or MES, which are centralized systems that monitor and control entire sites or complexes of large systems spread out over large areas. An overseer HMI is usually linked to a central processing unit (CPU) or database and software programs to provide trending, diagnostic data, and management information. These types of applications will likely require an HMI that can run a dynamic operating system (e.g. Linux) and has several Ethernet ports.

In addition to the role the HMI will play within a given system, Environmental Considerations and Physical Properties, such as screen size, should also be taken into account when selecting an HMI. Please refer to those sections below for more information on HMI selection.

The physical properties of an HMI vary from model to model, so it is important to select the right one. For example, an HMI that is located in a water plant might have various water seals around its perimeter, as opposed to a unit that is located in a pharmaceutical warehouse. The size of as HMI is also a key variable, because not all applications need a large, high resolution monitor; some applications may only need a small, black and white touch screen monitor. When it comes to selecting a Human Machine Interface, the physical properties are extremely important because you have to take into consideration the operating environment and what safety measure the Human Machine Interface has to protect itself. Also, a specific size may be needed due to space limitations. Lastly, physical properties include the processor and memory of the Human Machine Interface. It is important to make sure that these two are sufficient enough to control your system.

Sometimes when you are working with HMI software, your PLC and HMI are hooked up together, but you don"t quite get the result you are looking for. It is hard to know exactly what is going on when you do not get output from the PLC or a PLC error appears. What happened? What exactly did I do wrong? Is my data even being sent? To answer all those questions, you can simply use a numeric display and set it to the PLC register you are trying to write your data to. If this PLC register comes back with random register values, then it is quite apparent that the HMI did not deliver the information to that register. But if it was sent correctly, then your numeric displays should show the information you sent. This is a very simple sanity check.

Macro: Macro instructions are an advanced touch screen control method that strengthens the functions of the Human Machine Interface. The Human Machine Interface will have the same logic and arithmetic operations as the PLC by the programming of macros. The use of macros will enable the touch screen to implement many powerful functions that cannot be supported by many regular components.

TFT: TFT stands for "Thin Film Transistor." Kinco HMI displays are TFT LCD screens in which TFT technology supports the rendering of high-quality images.

I"ve moved up 3 phone models since using this, an A21, A42, now a Samsung Z Fold 4. This app still works wonderfully! I don"t get noticeable lag, however after running this I notice a differece. I tap (or swipe) with one finger, but crazy fast with a light touch. I run this once a month or so, then it always feels better, smoother, and even quicker. I wouldn"t say this is a "last resort" app, but a great maintenance app. Kudos! Been using a while now, very happy! (only a 5 second ad at end too!)

It can manage up to 64 transmitters and 32 keyfobs. Transmitter programming through code entering (via software and/or keypad) or through self-enroll. Displaying on LCD keypad of the signal intensity and of a possible RF disturbance signal per each transmitter. It is possible to set the operating frequency via software or keypad. Low battery check and failed periodic test check per each transmitter.

It is available in different colours: white with red flashing led and grey with smoky grey flashing led. Bidirectional 868 MHz wireless communication. Anti-approaching protection. Armed system signalling with programmable signalling mode, acoustic signalling with 4 different tones and two flashing led functioning modes.

It is available in different colours: white with red flashing led and grey with smoky grey flashing led. Bidirectional 868 MHz wireless communication. Anti-approaching protection. Armed system signalling with programmable signalling mode, acoustic signalling with 4 different tones and two flashing led functioning modes.

868 MHz wireless outdoor volumetric with Triple Technology (2PIR + MW) and anti-masking. Ideal for the volumetric protection of outdoor or indoor areas as terraces, balconies, courtyards, garages, industrial buildings, etc. Its detection range guarantees a coverage of up to 15 meters for 107° (horizontal angle). Installing height: 1,20 m. Equipped with cowl bracket for front mounting with 45° angle. Anti- masking on the IR section to signal any masking attempts. Electronic anti-shock endowed with MEMS accelerometer against any tampering attempts (for detector removal or tilt). Integrated buzzer for walk test function and chime function to signal that someone is approaching to the detection area. Endowed with a particular processing algorithm that automatically optimises the detection according to the temperature and APA function (Anti-Plant Alarm) to reduce false alarms due to moving plants. Micro-USB connector on board for firmware updates directly on the installing place. PET IMMUNITY mode. Monitored, lithium battery provided.

DT volumetric detector (PIR+MW) with microwave anti-mask for ceiling installations. Coverage 360°. 8-m max diameter for 4-m height. Timoteo 360 offers the advantage of two different detection modes on two sensitivity levels, that allow to choose the most appropriate one, for the best ratio between maximum detection capacity and low possibility of false alarms. The detector has a particular “BLIND” detection mode, to prevent tampering on the infrared detector lens.

Event log with 256 events divided by time and date, storage of 16 phone numbers. Endowed with 1 technical code for programming by keypad and PC (locally and remotely), 1 Master code and 32 user codes for remote functions through speech menu and via Cloud by Simplya Cloud APP.

Local programming via keypad with LCD display and intuitive menu (programming of phone numbers, time scheduler, codes, etc.) and by PC via dedicated software CombiTEC (mini USB-port).

Remote programming via connection to the Combivox Cloud, via CombiTEC software or via CombiAPP app. Device constant monitoring, with notification in case of prolonged disconnection due to a failure or tampering attempt (Anti-jammer – Cloud connection with PREMIUM service).

User remote management via Simplya Cloud APP through Combivox Cloud connection, in FREE mode (only one user for arming/disarming in case of connection to one control panel) and in PREMIUM mode to receive alarms and to manage the functions (please refer to the website combivoxcloud.com for details on the Cloud fees).

Combivox triple technology detector (2IR + MW), with connection to RS 485 BUS. Curtain detector fully designed by Combivox R&D team. Ideal for outdoor perimeter protection of windows, dormers, skylights and wall facades where more openings appear, thanks to the coverage that guarantees up to 12 meters if installed at a height of 2,4 m.

Remote user management by phone via speech menu and Combivox Cloud by Simplya Cloud APP (connection through LTE module or LAN + DSL module) for the management of Alarm, Home automation and Video surveillance functions.

Remote management and programming by the installer via INTERNET (with Smartweb module). User remote management by mobile phone through interactive speech menu, SMS and via web browser and APP through Smartweb LAN IP module for IP camera visualization, area arming/disarming, video-alarm on alarm zone, system status questioning, etc.

Video surveillance function: direct visualization (via web and APP) up to 16 IP cameras through LAN modules and pre-event and post-event recording with Simplya Video keypad.

LCD display with 2 lines for an intuitive menu; 4 signalling leds; microphone-loudspeaker for voice menu; 1 alarm zone (NC, NO, SING. BAL.) on board and integrated proximity reader for arming/disarming functions and macro activation. Endowed with bracket with plug-in circuit for connection to the BUS and for a fast and easy installation.

CombiApp,for iOS and Android Smartphones, is the exclusiveCombivox Virtual Assistant,made up by a practical and functional set of tools, in order to offer beneficial services for all installers to support their technical and commercial activities.

CombiApp allows to constantly monitor the status ofCloud systems, by receiving real time push notifications in case of faults or damages. With CombiApp the updated pricelist is always at hand; it’s very simple to access data sheet and video brochures to rapidly consult the product features.

Moreover, this app allows to activate the control panels warranty extension to 7 years and provides a tool that is extremely simple to use to create some quotes for the clients and store them in a special section.

With CombiApp you are always up to date on the latest news of Combivox world: a push notification immediately informs if a new product is available, if there are limited offers or technical updates.

Outdoor volumetric detector with Triple Technology (2PIR + MW) on RS485 BUS to be used with suitable Combivox control panels. Ideal for the volumetric protection of outdoor or indoor areas as terraces, balconies, courtyards, garages, industrial buildings, etc. Its detection range guarantees a coverage of up to 15 meters for 107° (horizontal angle). Installing height: 1,20 m. Equipped with cowl bracket for front mounting with 45° angle. Anti-masking on the IR section to signal any masking attempts. Functioning check and parameter programming (MW and PIR adjustment, operating mode) through Control panel Programming software and integrated BLUETOOTH to allow a direct connection between the detector and a Smartphone with COMBI DECT APP (iOS and ANDROID). This APP permits to monitor the detection status in real time, adjust IR and MW sensitivity and program the operating parameters (AND/OR mode, LED and Buzzer control). Integrated buzzer for chime function to signal that someone is approaching to the detection area. Endowed with a particular processing algorithm that automatically optimizes the detection according to the temperature and APA function (Anti-Plant Alarm) to reduce false alarms due to moving plants. Micro-USB connector on board for firmware updates directly on the installing place. PET IMMUNITY mode.

It can be managed by Unica LCD keypad, by the touch screen Simplya keypad 5”, by the Wi-Fi keypad Simplya Video, by key readers, by two-way keyfobs and via web browser or APP through LAN IP modules Amicaweb Plus and Smartweb (optional) or Combivox Cloud service.

User remote management: by mobile phone through interactive speech menu or SMS; via web browser and APP through a LAN IP module for IP camera live visualization, area arming/disarming, system status questioning, etc; via Combivox Cloud and APP through connection with GPRS/LTE module or LAN+DSL module for the management of Anti-theft, Home automation and Video verification functions.

Video surveillance function: direct visualization (via web and APP) of up to 16 IP cameras through LAN modules. Compatible with Combivox NVR RECORDIA 3.0 or Smartweb Video device for an integrated management of Antitheft + Video functions (recordings H24, video alarms with pre-recording sent through e-mail or APP).

It can be managed by Unica, LCD keypad, by the touch screen Simplya keypad 5”, by the Wi-Fi keypad Simplya Video, by key readers, by two-way keyfobs and via web browser or APP through LAN IP modules Amicaweb Plus and Smartweb (optional) or Combivox Cloud service.

User remote management: by mobile phone through interactive speech menu or SMS; via web browser and APP through a LAN IP module for IP camera live visualization, area arming/disarming, system status questioning, etc; via Combivox Cloud and APP through connection with GPRS/LTE module or LAN+DSL module for the management of Anti-theft, Home automation and Video verification functions.

Video surveillance function: direct visualization (via web and APP) of up to 16 IP cameras through LAN modules. Compatible with Combivox NVR RECORDIA 3.0 or Smartweb Video device for an integrated management of Antitheft + Video functions (recordings H24, video alarms with pre-recording sent through e-mail or APP).

BUS RS485 actuator on DIN rail (9 units) for the control (ON/OFF) of four domestic loadswith max. 250 Vac/250 Vdc voltage and 10 A current. Compatible with Amica control panels (64-128-324), endowed with at least one Simplya touch screen keypad.

868 MHz wireless outdoor volumetric with Triple Technology (2PIR + MW) and anti-masking. Ideal for the volumetric protection of outdoor or indoor areas as terraces, balconies, courtyards, garages, industrial buildings, etc. Its detection range guarantees a coverage of up to 15 meters for 107° (horizontal angle). Installing height: 1,20 m. Equipped with cowl bracket for front mounting with 45° angle. Anti- masking on the IR section to signal any masking attempts. Electronic anti-shock endowed with MEMS accelerometer against any tampering attempts (for detector removal or tilt). Integrated buzzer for walk test function and chime function to signal that someone is approaching to the detection area. Endowed with a particular processing algorithm that automatically optimises the detection according to the temperature and APA function (Anti-Plant Alarm) to reduce false alarms due to moving plants. Micro-USB connector on board for firmware updates directly on the installing place. PET IMMUNITY mode. Monitored, lithium battery provided.

The Cloud service allows to monitor and manage your security and home automation system at any time and from anywhere in the world through Simplya Cloud APP (Android and iOS). The access to all functions via APP is quick, simple and intuitive, thanks to the graphical interface with icons. It is also possible to receive push notifications in real time on your Smartphone in case of alarms and faults due to system status changes.

Simplya Cloud is the APP for iOS and Android Smartphones that permits an integrated management of Alarm and Home automation functions of one or more Combivox control panels configurated through Combivox Cloud services, and Video surveillance functions (IP module + DSL and public static IP address or with DDNS service is necessary, free Combivox DDNS available).

Thanks to the interface with icons, based on the same platform of Simplya keypad, Simplya Cloud permits a simple and intuitive access to all the functions. Through the APP, the user will receive push notifications real time in case of alarm and fault or system status change; the user will be able to manage home automation functions such lights, rolling shutters and climate control. Moreover, by creating some predefined macroes, it will be possible to carry out an automatic and sequential execution of Intrusion and Home automation functions (CLOUD PREMIUM or PREMIUM SIM service).

Simplya Cloud APP permits the connection of up to 16 ONVIF 2.0 IP cameras for each system configured to carry out live visualization or video verification in case of alarm (function available with Amicaweb Plus or Smartweb module + DSL).