hakko lcd touch screen factory

32,768-color display makes colorful expression possible. Bitmap files are clearly displayed in brilliant colors. The CF card can be used for saving multiple screen data, sampling data, recipe data, hard copy images, and other various usages. Large-sized video capture images, JPEG or WAV files can be saved. This connector enables Ethernet connection with a host computer. 100BASE-TX/10BASE-T is supported. High-speed communications are possible via Ethernet for uploading/downloading screen data and reading/writing data from/to the server. Transfer selection Select [Display Card] or [Display Card]. Video Display Upgraded (for high-performance type only/optional) The video display function is upgraded drastically to allow: saving the current video screen, taking snapshots of multiple exposures, superimposing a semi-transparent operation screen on a video display, showing four video channels at the same time, and so on.

At the master port, a USB-compatible EPSON STYLUS PHOTO series printer or CF card reader/writer can be used. On-site versatility is extended further. At the slave port, large quantities of screen data can be transferred from the computer at a high speed.

VICPAS supply Hakko Monitouch V710S V710SD Touchscreen Panel, Protective Film, Plastic Case cover and LCD display. All of them with VICPAS 365 days warranty and support Urgent Worldwide Shipping.

Related Hakko Monitouch V7 Series Flat Panel Part No. :Hakko V7 Series HMI Description Inventory status Hakko Monitouch V708 Series Touchscreen Film Case Replacement In Stock

Continuing a 20 year history of providing cutting edge Human Machine Interfaces (HMIs), the "V8" and "Technoshot" touch screen panels offer more cost saving features than ever before.

Whether you need to improve the useability of your machine or collect manufacturing data for your statistical analysis, Hakko Monitouch has a touch screen to suit the size of your budget. Smaller screen sizes offer a cost sensitive way of displaying and interfacing with your machine, whille larger screens offer a large range of data collection and interface capabilities.

Monitouch is configured using a PC software application called V-SFT5, which provides drivers, ready built libraries of graphics for graphics to display data, graphs, trends, lamps, buttons and switches. In fact you can create any graphical image and turn it into a switch that will interact directly with your PLC or any other device on your network.

Powerful, well connected and easy to use, these intelligent screens allow you to design custom screens with simple instructions for your operators while performing complex production tasks in the background.

The Hakko Monitouch extensive range of HMI solutions starts with the low cost reliable V6 series and ends with the high performance, high visibility V8 series.

All our glass/PMMA products processed by CNC machine, not dust screen printing workshop, vacuum metallization room, optical coating production line, pack and checking the final support.

An ESD Safe iron grounds the tip itself and not just the heating element. This ensures that static electricity does not transfer between your iron and the components it touches.

You’ll notice the temperature range of the Hakko is wider. In practice, most won’t use the Weller near the low or high ends of its range, let alone the expanded high and low temps of the Hakko.

The LCD is larger and more detailed than the Hakko. It has room to display both the current temperature and the set temperature. It updates immediately if the temperature drops, while the Hakko has a bit of a delay before it begins to update.

The black/light blue colors are a bit more professional than the Hakko, though pure black would stand out less. It’s plenty heavy, so it doesn’t slide around.

There’s not much of a difference with included accessories, other than the Hakko including both a cleaning sponge and brass wire as mentioned earlier.

Everyone has their own preferences for types of tips. These are both pretty good general-purpose tips. If you’d prefer a specific size or shape, I highly recommend sticking with name-brand Hakko or Weller tips to match your soldering station.

Add in the better performance and higher quality stand, and the Hakko offers more value. The Weller has a better display and button controls, but that’s the only area I feel it comes up ahead.

The display is a step above everything else Hakko has to offer. Multiple profiles can be added to quickly change temperature settings for different tips or solder types.

The closest comparable model is the Hakko FX951. Performance is considerably better than that of the Weller WE1010 and Hakko FX888. Unlike the WE1010 it does not lack a fuse. This provides additional protection as seen with all the Hakko stations.

Performance is excellent with either the WT1013N or the Hakko FX951. Check prices – you may find that the Hakko is 15-20% cheaper. Whether the improved display is worth the price difference is your call.

The WX2021 is a professional dual–port soldering station. It can be compared to the Hakko FM203 or FM204. As with the FM204 it includes both a soldering pencil and a desoldering tool.

The biggest advantage the Weller station has is the way the dual ports work versus the Hakko. Both ports can be provided power at once, so if you frequently switch between soldering and desoldering there’s no waiting to come up to temp.

They’re easier to maneuver than a separate soldering iron plus a wick or solder sucker. A large chamber collects the solder and is easily emptied. Hakko’s FR-301 (which replaced the FR-300) isn’t cheap, but it’s fantastic.

If you purchase a soldering station, its stand will have its own tip cleaner. If you buy a standalone soldering iron, I recommend the Hakko wire-type tip cleaner. It’s inexpensive, quick & easy to use, and lasts a long time.

If you’re ok with spending a bit more for a stand, digital temperature readout, and tip cleaner, the Hakko FX888D is an even better choice for stained glass work.

Unless you’ll be making frequent repairs, you can get by without springing for a full soldering station like the Hakko FX888D. A Hakko FX600 is my recommendation for occasional repairs.

Next, decide if you want corded or cordless. If you’ll mainly be doing work at a bench, such as assembling wiring harnesses, a Hakko FX888D makes a great choice.

If you’re just getting started with soldering and need a less expensive tool that still offers the necessary temperature control, the Hakko FX600 will do the trick.

Inside the Hakko 907 handle is a heating element with a temperature sensor close to it. Both are enclosed on a ceramic material. The heating element is simply a coil that produces heat when power is applied. The temperature sensor on the other hand is a thermistor. A thermistor is like a resistor, when the temperature changes, the resistance of the thermistor changes as well.

Sadly Hakko, does not provide enough data on the thermistor inside of their heating element units. It remained a mystery to me for years. So back in 2017, I conducted a tiny bench test to gather thermal characteristics of the mysterious thermistor inside. I added a temperature sensor to my iron"s tip, connected an ohmmeter to my iron"s thermistor pins and connected the heating element to my variable bench power supply. I then increased iron"s temps and recorded the corresponding resistances of the thermistor. I eventually arrived with data plot that was useful for designing the circuit. I then found out it probably has a PTC thermistor, having a positive thermal coefficient. This means, as the temperature around the thermistor increases, the resistance of the thermistor increases as well.

In order to prevent the potential problem of having gaps between the temperature readout, an op-amp was used to upscale or amplify the low 1.6V peak output voltage of the voltage divider. The following computations from the third picture shows the minimum required gain and the gain I have selected on the implementation. I did not maximize the gain to scale the 1.6V output of the voltage divider to the Arduino"s 5V ADC reference voltage since I wanted to add some margin in case other hakko handles connected to the voltage divider could yield voltages above 1.6V (which could lead to clipping). A gain of 2.22 should give a margin large enough for the project design to work with other iron handle models as well.